Franklin Electric SUBMERSIBLE PUMPS OWNER'S MANUAL

4” and 6”

CAUTION

DANGER

WARNING

CAUTION

WARNING

WARNING

WARNING

WARNING

SUBMERSIBLE PUMPS

OWNER'S MANUAL

READ AND FOLLOW SAFETY INSTRUCTIONS

This is the safety alert symbol. When you see

this symbol on your pump or in this manual, look
for one of the following signal words and be alert to the
potential for personal injury:

warns about hazards that will cause

serious personal injury, death or major property
damage if ignored.

warns about hazards that can cause

serious personal injury, death or major property
damage if ignored.

warns about hazards that will or can

cause minor personal injury or major property damage
if ignored.

The label NOTICE indicates special instructions, which
are important but not related to hazards.

BEFORE INSTALLING PUMP, BE SURE TO READ
THIS OWNER’S MANUAL CAREFULLY.

Fill pump with water before starting or
pump will be damaged. The motor on this pump is
guaranteed by the manufacturer. In event of failure
it must be returned to an authorized service station
for repairs. Motor warranty is void if repairs are not
made by an authorized repair station.

INSPECT THE SHIPMENT

Examine the pump when it is received to be sure there
has been no damage in shipping. Should any be evident,
report it immediately to the dealer from whom the pump
was purchased. Please check the pump package to see
that it includes pump, motor, and motor leads (if your
pump purchase includes a motor).

Carefully read and follow all safety instructions in
this manual and on pump.

Keep safety labels in good condition.

Replace missing or damaged safety labels.

Wire motor
for correct voltage. See
“Electrical” section of
this manual and motor
nameplate.

Hazardous voltage.
Can shock, burn, or
cause death.

Ground pump before
connecting to power
supply. Disconnect
power before working
on pump, motor
or tank.

this manual when connecting motor to power lines.

before connecting to power
supply.

Electrical Code, Canadian
Electrical Code, and local
codes for all wiring.



Follow wiring instructions in

Ground motor

Meet National

106467101
Rev. 12

11.14

WARNING

IMPORTANT INFORMATION FOR

WARNING

INSTALLERS OF THIS EQUIPMENT!

THIS EQUIPMENT IS INTENDED FOR
INSTALLATION BY TECHNICALLY QUALIFIED
PERSONNEL. FAILURE TO INSTALL IT IN
COMPLIANCE WITH NATIONAL AND LOCAL
ELECTRICAL CODES, AND WITH FRANKLIN
ELECTRIC RECOMMENDATIONS, MAY RESULT
IN ELECTRICAL SHOCK OR FIRE HAZARD,
UNSATISFACTORY PERFORMANCE, AND
EQUIPMENT FAILURE. FRANKLIN INSTALLATION
INFORMATION IS AVAILABLE FROM PUMP
MANUFACTURERS AND DISTRIBUTORS, AND
DIRECTLY FROM FRANKLIN ELECTRIC. CALL
FRANKLIN TOLL FREE 800-348-2420 FOR
INFORMATION. RETAIN THIS INFORMATION
SHEET WITH THE EQUIPMENT FOR FUTURE
REFERENCE.

INSTALLATION RECORDS

It is good idea to keep an accurate record of your
installation. Be sure to record the data below:

Purchased From:
Date of Installation:
Pump Model No.*
Pump Date Code*
Well Inside Dia.(in/mm):
Depth of Well(ft/m):
Depth of Water(ft/m):
Pump Setting(ft/m):
Drop Pipe Size:
Wire Size(pump to control box):
Wire Size(control box to power source):
Horizontal Offset(between well & house):

Make of Motor*

Amps HP Volts Ph

Make of Control Box

HP Volts

SERIOUS OR FATAL ELECTRICAL SHOCK MAY
RESULT FROM FAILURE TO CONNECT THE MOTOR,
CONTROL ENCLOSURES, METAL PLUMBING, AND
ALL OTHER METAL NEAR THE MOTOR OR CABLE,
TO THE POWER SUPPLY GROUND TERMINAL
USING WIRE NO SMALLER THAN MOTOR CABLE
WIRES. TO REDUCE RISK OF ELECTRICAL SHOCK,
DISCONNECT POWER BEFORE WORKING ON
OR AROUND THE WATER SYSTEM. DO NOT USE
MOTOR IN SWIMMING AREAS.

Power Supply

Volts HZ

Pressure Switch (PSI)

Cut-in Cut-out

* This Information is on your pump or motor tag. It will
help us identify your pump in case of later inquiries.

TEST RUNNING

If test running pump before installation:

1. Insure that the power supply corresponds with that
shown on the nameplate of the motor and control
box. (if required).

2. Install pump and components appropriate for the
test as shown in Fig. 1.

3. Make sure power supply is turned off and circuit
breaker or disconnect switch is open. Make
electrical connections appropriate to your motor as
shown in Fig. 2, 3 or 4.

4. THREE-PHASE UNIT - A three-phase motor
requires a magnetic starter equipped with quick-trip,
ambient compensated heaters of correct size for the
horsepower of the motor. To insure correct rotation
of three-phase units, brace pump shell securely and
apply power momentarily by snapping line switch
quickly on and off.

2

If rotation is correct, reaction of the shell will be
clockwise when viewed from pump discharge
(that is, pump shaft will rotate counter clockwise).
Interchange any two leads at magnetic starter to
reverse rotation.

5. Run pump and motor unit for a few seconds to
ensure that it is in working order.

FIGURE 1 - Installation Diagram

Pressure Tank

Sanitary Well Seal
or Pitless Adapter

Drop Pipe

Discharge Pipe

Submersible Cable

Spring-Loaded
Check Valve
(Recommended every 100’/30m)

Safety Cable

Submersible Cable
(secured to drop
pipe with tape or
clamps every 10’/3m)

Torque Arrestor

Well Casing

Spring-Loaded
Check Valve
at Pump Discharge

Submersible
Pump Unit

Suction Screen

Motor

Well Screen or
Casing Perforations

See Wiring Diagrams

Spring-Loaded
Check Valve

Pressure Relief Valve

Pressure Gauge

Note: Keep pump at least 5’ from
bottom of well and above well screen
or casing perforations.

Pressure Switch

Gate Valve

Service Pipe

SUITABILITY OF WELL

Install the pump only in a well that has been properly
developed. Water from an undeveloped well often contains
an excessive amount of sand, dirt, and abrasives which
can damage the pump. Check that the well is large enough
to allow the pump to be set at the required depth. Do not
set the pump below the casing perforations or well screen
unless you make arrangements to ensure an adequate
flow of water over the motor for cooling purposes.
Determine the correct pump setting from the driller’s
record by taking into account the static water level and the
drawdown at the proposed pumping rate. Keep the pump
at least five feet from the bottom of a drilled well.

SPLICING THE POWER CABLE

Follow the instructions enclosed in the cable splicing
kit you purchase.

DROP PIPE

Drop pipe is recommended for suspending
submersible pumps into the well. Please refer to pipe
manufacturer for recommendations on depth and
pressure. Give special consideration to:

NOTICE: IT IS RECOMMENDED THAT STEEL CABLE
BE USED FOR THE PURPOSES OF SECURING THE
PUMP. 3/16" DIAMETER TO 1/4" DIAMETER BRAIDED
STEEL CABLE IS SUFFICIENT TO SUPPORT MOST
PUMP/MOTOR ASSEMBLIES. IT IS ALWAYS BEST
TO CONFIRM THAT THE PUMP/MOTOR ASSEMBLY
DOES NOT EXCEED THE MAXIMUM WEIGHT LIMIT
OF THE CABLE SELECTED.

2. Torque arrestor just above pump to prevent chafing
the cable when pump and pipe twist during the
starting and stopping cycle. (See Figure 1)

Take great care to keep pipes clean and free from
pebbles, scale and thread chips. Make sound, air-tight
connections at all fittings. Pipe sealant is recommended.

CHECK VALVES

It is recommended that one or more check valves
always be used in submersible pump installations. If
the pump does not have a built-in check valve, an inline
check valve should be installed in the discharge line
within 25 feet of the pump and below the draw down
level of the water supply. For deeper settings, check
valves should be installed per the manufacturer's
recommendations. More than one check valve is often
needed, but more than the recommended number of
check valves should not be used.

Swing type check valves are not acceptable and should
never be used with submersible motors/pumps. Swing
type check valves have a slower reaction time which
can cause water hammer (see next page). Internal
pump check valves or spring loaded check valves close
quickly and help eliminate water hammer.

NOTE: Only positive sealing check valves should be
used in submersible installations. Although drilling the
check valve or using drain-back check valves may
prevent back spinning, they create upthrust and water
hammer problems.

Check valves are used to hold pressure in the system
when the pump stops. They also prevent backspin,
water hammer and upthrust. Any of these can lead to
early pump or motor failure.

A. Backspin - With no check valve or a failed check
valve, the water in the drop pipe and the water in the
system can flow down the discharge pipe when the motor
stops. This can cause the pump to rotate in a reverse
direction. If the motor is started while it is backspinning,

1. A safety cable to prevent loss of pump if pipe
should break.

3

an excessive force is placed across the pump-motor

WARNING

assembly that can cause impeller damage, motor or
pump shaft breakage, excessive bearing wear, etc.

B. Upthrust - With no check valve, a leaking check
valve, or drilled check valve, the unit starts under a zero
head condition. This causes an uplifting or upthrust on
the impeller-shaft assembly in the pump. This upward
movement carries across the pump-motor coupling and
creates an upthrust condition in the motor. Repeated
upthrust can cause premature failure of both the pump
and the motor.

C. Water Hammer - If the lowest check valve is more than
30 feet above the standing (lowest static) water level, or a
lower check valve leaks and the check valve above holds,
a vacuum is created in the discharge piping. On the next
pump start, water moving at very high velocity fills the void
and strikes the closed check valve and the stationary water
in the pipe above it, causing a hydraulic shock. This shock
can split pipes, break joints and damage the pump and/
or motor. Water hammer can often be heard or felt. When
discovered, the system should be shut down and the pump
installer contacted to correct the problem.

REMOVABLE POPPET CHECK VALVE

Some submersible pumps are supplied with a
REMOVABLE check valve assembly for applications
where the pump can become air locked. If the pump is
supplied without a check valve, or if the check valve is
removed, a spring-loaded inline check valve should be
installed roughly 10 to 20 feet (3 to 6.09 meters) above
the pump. This allows for the repriming of the pump
after the pump has run out of water.

Fluid draining back through the pump
can cause the pump to rotate backwards. If pump/
motor starts during this time; damage to the pump
can occur.

The check valve can be removed with the use of the
T-Handle Poppet Wrench (part no. 23498207), ordered
separately, or, with standard needle nose pliers. The
poppet assembly is left hand threaded and is removed
by turning CLOCKWISE.

If reinstalling a Popppet Check Valve assembly, the
assembly should be tightened to 15 inch-pounds.

Poppet Assembly

T-Handle Poppet Wrench

INSTALLATION OF PUMP, DROP PIPE, AND
ASSOCIATED EQUIPMENT

Fig. 1 illustrates a typical well installation showing in­ground components. Franklin recommends the following
procedure when installing the pump and drop pipe:

1. Prior to fastening the pump/motor assembly to
the drop pipe, confirm that the motor’s lead wires
are securely housed under lead guard which was
supplied with the pump. Fastening screws have been
provided for use during the lead guard’s installation.

2. Fasten the submersible cable to the drop pipe with
clamps or appropriate tape every 10 ft. (3m) to
prevent tangling and damage to the cable. The cable
must remain slack when using plastic drop pipe to
allow for stretching of pipe when installed in the well.

3. Take care not to scrape or pinch the submersible
cable against the well casing.

4. Use an ohmmeter or megger to make insulation and
continuity checks on the cable once the pump is
installed. This locates any fault in the cable.

5. Make sure system check valves are installed
properly. See previous sections of this manual for
further information on check valve placement, type,
and troubleshooting.

6. Install a torque arrestor just above the pump to
prevent chafing the cable when pump and pipe twist
during starting and stopping.

7. Attach a safety cable to pump to prevent loss of
pump if pipe should break.

NOTICE: IT IS RECOMMENDED THAT STEEL CABLE
BE USED FOR THE PURPOSES OF SECURING THE
PUMP. 3/16" DIAMETER TO 1/4" DIAMETER BRAIDED
STEEL CABLE IS SUFFICIENT TO SUPPORT MOST
PUMP/MOTOR SYSTEMS. IT IS ALWAYS BEST TO
CONFIRM THAT THE PUMP/MOTOR SYSTEM DOES NOT
EXCEED THE MAXIMUM WEIGHT LIMIT OF THE CABLE

SELECTED.

8. Place a sanitary well seal or pitless adapter with
an approved cover plate over top of well per
manufacturers recommendations.

9. Keep pump at least 5’ (1.5m) from bottom of well and
above well screen or casing perforations.

4

ELECTRICAL INFORMATION

1. Employ a licensed electrician to perform the
wiring. All wiring must be done in accordance with
applicable national and local electrical codes.

2. Check that the power supply corresponds with the
electrical rating of the submersible motor and the
control box(if required). Make sure that the control box
electrical rating matches the motor electrical rating.

3. Every installation requires a fused disconnect switch
or circuit breaker.

4. Every installation must be grounded. There must be
a reliable ground connection between the pump and
the distribution panel. The motor lead incorporates a
green grounding conductor.

5. Lightning arrestors are recommended for every
installation. All stainless steel, single phase motors
thru 5HP have built-in lightning arrestors. Any 6” motor
or 4”, 3-phase motor requires a separate lightning
arrestor installed as close to the wellhead as possible.
Install the arrestor in accordance with manufacturers
recommendations. A lightning arrestor provides
protection against induced voltage surges on

6. Mount the control box in an area protected from rain,
snow, direct sunlight or other high temperatures as
this may cause tripping of the overload protector.
Also protect the control box from extreme cold
(below 25oF/-32oC) as this may have adverse effects
on starting capacitor.

7. A two-wire pump does not require a motor control
box, since all electrical components are built inside
the motor. Fig. 2 shows a typical wiring diagram for
a two-wire installation.

8. A three-wire, single-phase pump requires a motor
control box incorporating overload relays. Fig. 3
shows a typical wiring diagram for a three-wire,
single-phase installation. Note that a magnetic
contactor must be used if the pressure switch
electrical rating is not sufficient to handle the
submersible motor electrical rating. The pressure
switch would then be incorporated into a pilot
circuit to control the magnetic contactor. Make
the connections at the control box in accordance
with the wiring diagram in the control box to avoid
damage to the motor.

FIGURE 3 - 3-WIRE, 1-Phase, 1/2 thru 3 HP
Pump Wiring Diagram

Note: Order of red, yellow and black may

Pressure Switch (for pilot circuit)
If Magnetic Contactor is used
for starting.

Circuit Breaker
or Fused Disconnect Switch

Incoming 1 Phase Power

Switch or Timer (for direct switching) OR
Magnetic Contactor (w/ pilot circuit)

vary from control box to control box.
Always connect like colors.

L1

1-Phase Sumbersible Motor

L2 R

Y B

Single-Phase
Control Box

Red

Yellow

Black

FIGURE 2 - 2 WIRE, 1-Phase, 1/2 thru 1-1/2 HP
Pump Wiring Diagram

Circuit Breaker or
Fuse Disconnect Switch

Switch or Timer

Incoming 1-Phase Power

1-Phase Submersible Motor

Submersible Cable

5

CAUTION

9. A three-phase pump does not require a motor
control box . Fig. 4 shows a typical wiring diagram
for a 3-wire, three-phase installation. A magnetic
contractor with 3-leg protection having quick-trip
ambient compensated overload relays must be
used.

FIGURE 4 - 3-Wire, 3-Phase, 1-1/2 thru 50 HP
Pump Wiring Diagram

Circuit Breaker OR
Fused Disconnect Switch

Incoming 3-Phase Power

Pressure Switch

Magnetic Contactor w/
3-leg protection having
quick-trip ambient
conpensated overload relays

3-Phase Submersible Motor

10. Use an ohmeter to make continuity and insulation

checks after the installation is completed.

11. Place the additional motor label with the pump label

and place both in the disconnect switch or circuit
breaker box for future reference.

WELL TEST

Check the pump and well performance before making

the final connection to the discharge system.

1. Install a gate valve on the end of the pipe. Partially
open the valve.

2. Start the pump.

3. Open valve gradually to give full flow.

4. If the discharge is not clear, let the pump run until
water clears. If water does not clear in 30 minutes,
stop the pump and take the necessary steps to
correct the condition. After the water has appeared
clear, check for sand by discharging into a clean
bucket or suitable container.

5. Close valve until maximum required system flow
rate is obtained (this should correspond to the cut-in
pressure of the pressure switch). Ensure that the
output of the pump at this setting is not greater
than the yield of the well. This can be checked by
monitoring the well drawdown level and ensuring
that the level is stable at the maximum required
system flow rate.

Never run pump unless it is
completely submerged in water. If run without
water, the pump and motor could be damaged.
Note also that air drawn into the pump can cause
an airlock under certain conditions.

LOW-YIELDING WELL

A low-yielding well exists when the output from the
pump is greater than the yield of the well. It can
reduce the water level to the suction screen so that
a mixture of air and water enters the pump. Pumping
may stop since the pump cannot generate pressure
with insufficient water. In this case, the column of water
already in the drop pipe holds the check valve closed
and an airlock may develop inside the pump. Because
the conditions ensure neither adequate lubrication of
the pump nor proper cooling for the motor, damage
can result if power is not cut off quickly. Use one or
more of the following methods to correct and/or protect
this installation.

1. Install additional length of drop pipe to place pump
lower in well if possible.

2. Install a Franklin Pumptec or similar electronic
drawdown sensor.

3. Install a floatless liquid level control. This device
consists of an electrical relay activated by currents
flowing through the ground-return circuits of
electrodes hung in the well. The lower (STOP)
electrode, just above the pump, ensures that the
water level can never be pumped down to the
suction screen. The upper (START) electrode, just
below the lowest static water level, ensures that
the pump can start again as soon as the well has
recovered. A floatless liquid level control works
in series with the pressure switch. Refer to the
manufacturers instructions provided with control.

4. Install a flow control valve in the discharge line
upstream from the pressure switch. This restricts
the output from the pump without affecting the rate
that water can be drawn from the pressure tank.
Nevertheless, a heavy demand for water could
empty the pressure tank, so a tank with a bonded
diaphragm, air cell, or water bag is recommended.

5. Install a smaller pump to avoid over pumping the
well. Have dealer size pump to the well yield.

6. Install a low-pressure cut-off switch. A low pressure
cut off switch, or a pressure switch with such an
arrangement built in, protects a shallow-well pump
from losing its prime, but it does not always provide
satisfactory protection to a submersible pump from
the effects of over pumping the well. This is because
it responds to a loss of pressure at the surface,
which may occur after an air lock has formed inside
the pump. We recommend either a floatless liquid
level control or a flow control valve, in that order,
in preference to a low-pressure cutoff switch as
protection against over pumping.

6

DISCHARGE PLUMBING

Fig. 1 illustrates a typical well installation showing
above ground components. Adhere to the following
items when installing the discharge plumbing.

1. Install an above ground check valve upstream from
the pressure switch.

2. Always install a pressure relief valve in the system.
The relief valve should be capable of discharging the
flow rate of the pump at the rated working pressure
of the pressure tank. Locate the relief valve close to
the pressure tank.

3. Install a pressure switch between the check valve
and the pressure tank. Refer to Fig. 2, 3, or 4 for
proper wiring connections of pressure switch.

4. Install a pressure tank as close as possible to
the pressure switch. Refer to manufacturer’s
recommendations for installation.

TROUBLESHOOTING

1. PUMP FAILS TO START

a) Electrical trouble - call dealer or electrician.
b) Drawdown protection device has pump turned off.
c) Overload tripped.
d) Reset low pressure cutoff switch (if installed).

2. PUMP FAILS TO DELIVER WATER

a) Air lock in pump.
b) Clogged intake screen.
c) Insufficient well yield.

3. PUMP GIVES REDUCED OUTPUT

a) Insufficient well yield.
b) Worn pump.
c) Clogged intake screen.
d) Low voltage.
e) Incorrect rotation (3-phase only).

4. PUMP CYCLES TOO FREQUENTLY

a) Excessive pressure drop between pressure switch

and pressure tank.
b) “Cut-in” pressure at pressure tank too high.
c) “Cut-out” pressure at pressure tank too low.
d) Waterlogged pressure tank.
e) Start and stop electrodes of floatless liquid level

control set too close together.
f) Tank sized too small to meet system requirements.

5. OVERLOADS TRIP

a) Electrical trouble - call dealer or electrician.

6. PRESSURE SWITCH CYCLES RAPIDLY WHEN
PUMP STARTS

a) Pressure switch too far from pressure tank.
b) Adjust air charge of tank to manufacturer’s

recommendations.

7

LIMITED WARRANTY*

THIS WARRANTY SETS FORTH THE COMPANY’S SOLE OBLIGATION AND PURCHASER’S EXCLUSIVE
REMEDY FOR DEFECTIVE PRODUCT.

Franklin Electric Company, Inc. and its subsidiaries (hereafter “the Company”) warrants that the products accompanied by this
warranty are free from defects in material or workmanship of the Company.

The Company has the right to inspect any product returned under warranty to confirm that the product contains a defect in
material or workmanship. The Company shall have the sole right to choose whether to repair or replace defective equipment,
parts, or components.

The buyer must return the product to an authorized Franklin Electric Distribution outlet for warranty consideration. Returns to
the place of purchase will only be considered for warranty coverage if the place of purchase is an authorized Franklin Electric
Distributor at the time the claim is made. Subject to the terms and conditions listed below, the Company will repair or replace to
the buyer any portion of this product which proves defective due to materials or workmanship of the Company.

The Company will consider products for warranty for 12 months from the date of installation or for 24 months from the date of
manufacture, whichever occurs first.

The Company shall IN NO EVENT be responsible or liable for the cost of field labor or other charges incurred by any customer
in removing and/or affixing any product, part or component thereof.

The Company reserves the right to change or improve its products or any portions thereof without being obligated to provide
such change or improvement to previously sold products.

THIS WARRANTY DOES NOT APPLY TO products damaged by acts of God, including lightning, normal wear and tear,
normal maintenance services and the parts used in connection with such service, or any other conditions beyond the control
of the Company.

THIS WARRANTY WILL IMMEDIATELY VOID if any of the following conditions are found:

1. Product is used for purposes other than those for which it was designed and manufactured;

2. Product was not installed in accordance with applicable codes, ordinances and good trade practices;

3. Product was not installed by a Franklin Certified Contractor; or

4. Product was damaged as a result of negligence, abuse, accident, misapplication, tampering, alteration, improper
installation, operation, maintenance or storage, nor to an excess of recommended maximums as set forth in the
product instructions.

NEITHER SELLER NOR THE COMPANY SHALL BE LIABLE FOR ANY INJURY, LOSS OR DAMAGE, DIRECT, INCIDENTAL
OR CONSEQUENTIAL (INCLUDING, BUT NOT LIMITED TO, INCIDENTAL OR CONSEQUENTIAL DAMAGES FOR LOST
PROFITS, LOST SALES, INJURY TO PERSON OR PROPERTY, OR ANY OTHER INCIDENTAL OR CONSEQUENTIAL
LOSS), ARISING OUT OF THE USE OR THE INABILITY TO USE THE PRODUCT, AND THE BUYER AGREES THAT NO
OTHER REMEDY SHALL BE AVAILABLE TO IT.

THE WARRANTY AND REMEDY DESCRIBED IN THIS LIMITED WARRANTY IS AN EXCLUSIVE WARRANTY AND REMEDY
AND IS IN LIEU OF ANY OTHER WARRANTY OR REMEDY, EXPRESS OR IMPLIED, WHICH OTHER WARRANTIES AND
REMEDIES ARE HEREBY EXPRESSLY EXCLUDED, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTY OF
MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, TO THE EXTENT EITHER APPLIES TO A PRODUCT
SHALL BE LIMITED IN DURATION TO THE PERIODS OF THE EXPRESSED WARRANTIES GIVEN ABOVE.

DISCLAIMER: Any oral statements about the product made by the seller, the Company, the representatives or any other parties,
do not constitute warranties, shall not be relied upon by the buyer, and are not part of the contract for sale. Seller’s and the
Company’s only obligation, and buyer’s only remedy, shall be the replacement and/or repair by the Company of the product as
described above. Before using, the user shall determine the suitability of the product for his intended use, and user assumes all
risk and liability whatsoever in connection therewith.

Some states and countries do not allow the exclusion or limitations on how long an implied warranty lasts or the exclusion or
limitation of incidental or consequential damages, so the above exclusion or limitations may not apply to you. This warranty
gives you specific legal rights, and you may also have other rights which vary from state to state and country to country.

Franklin Electric, in its sole discretion, may update this limited warranty from time to time. Any conflicting information relating
to warranty procedures, whether in a user manual or otherwise, is hereby superseded by this document. Nonetheless, all
references to the term, or length of a warranty term, will remain consistent with the warranty in place at the time of purchase.

*Contact Franklin Electric Co., Inc. Export Division for International Warranty.