Crane Barnes 3SE-DS Series User manual

A Crane Co. Company
BARNESBARNES®
INSTALLATION and OPERATION MANUAL
Submersible Sewage Ejector
IMPORTANT! Read all instructions in this manual before operating pump.
As a result of Crane Pumps & Systems, Inc. constant product improvement program,
product changes may occur. As such Crane Pumps & Systems reserves the right to
 changeproductwithoutpriorwrittennotication.
420 Third Street 83 West Drive, Brampton
Piqua, Ohio 45356 Ontario, Canada L6T 2J6
Phone: [phone] Phone: [phone]
Fax: [phone] Fax: [phone]
www.cranepumps.com Form No. 132741-Rev. H
Series: 3SE-DS
(Vertical Discharge)
1.5 & 2HP
1750RPM, 60Hz
3SEH-DS
(Horizontal Discharge)
1.5 & 2HP
1750RPM, 60Hz
(Double Seal)

2
TABLE OF CONTENTS
SAFETY FIRST................................................................................... 3
A. PUMP SPECIFICATIONS ................................................................... 4
B. GENERAL INFORMATION ................................................................. 5
C. INSTALLATION ................................................................................... 5 - 6
ELECTRICAL DATA ............................................................................ 7
D. START-UP OPERATION..................................................................... 6
E. PREVENTATIVE MAINTENANCE ...................................................... 6 - 8
F. SERVICE and REPAIR ....................................................................... 8 - 11
G. REPLACEMENT PARTS..................................................................... 12
TROUBLE SHOOTING ....................................................................... 14
CROSS-SECTION (Figure 11)............................................................ 15 - 16
EXPLODED VIEW (Figure 12)............................................................ 17
PARTS LIST ....................................................................................... 18 - 19
WARRANTY........................................................................................ 21
WARRANTY REGISTRATION ............................................................ 22
RETURNED GOODS POLICY............................................................ 22
SPECIAL TOOLS AND EQUIPMENT
INSULATION TESTER (MEGGER)
DIELECTRIC TESTER
SEAL TOOL KIT ( see parts list)
PRESSURE GAUGE KIT (see parts list)
Other brand and product names are trademarks or registered trademarks of their respective holders.
® Barnes is a registered trademark of Crane Pumps & Systems, Inc
1994, 2002, 3/06, 9/06 Alteration Rights Reserved

3
Please Read This Before Installing Or Operating Pump. This
information is provided for SAFETY and to PREVENT
EQUIPMENT PROBLEMS. To help recognize this information,
observe the following symbols:
IMPORTANT! Warns about hazards that can result in
personal injury or Indicates factors concerned with assembly,
installation, operation, or maintenance which could result in
damage to the machine or equipment if ignored.
CAUTION ! Warns about hazards that can or will cause minor personal
injury or property damage if ignored. Used with symbols below.
WARNING ! Warns about hazards that can or will cause serious
personal injury, death, or major property damage if ignored. Used with
symbols below.
Only qualied personnel should install, operate and repair pump. Any
wiring of pumps should be performed by a qualied electrician.
WARNING ! - To reduce risk of electrical shock, pumps and
control panels must be properly grounded in accordance with
the National Electric Code (NEC) or the Canadian Electrical
Code (CEC) and all applicable state, province, local codes and
ordinances.
WARNING! - To reduce risk of electrical shock, always
disconnect the pump from the power source before handling
or servicing. Lock out power and tag.
WARNING! Operation against a closed discharge
valve will cause premature bearing and seal failure
on any pump, and on end suction and self priming
pump the heat build may cause the generation of
steam with resulting dangerous pressures. It is
recommended that a high case temperature switch
or pressure relief valve be installed on the pump
body.
CAUTION ! Never operate a pump with a plug-in type
power cord without a ground fault circuit interrupter.
CAUTION! Pumps build up heat and pressure
during operation-allow time for pumps to cool
before handling or servicing.
WARNING! - DO NOT pump hazardous materials
(ammable, caustic, etc.) unless the pump is specically
designed and designated to handle them.
Do not block or restrict discharge hose, as discharge hose
may whip under pressure.
WARNING! - DO NOT wear loose clothing that may
become entangled in the impeller or other moving parts.
WARNING! - Keep clear of suction and discharge openings.
DO NOT insert ngers in pump with power connected.
Always wear eye protection when working on pumps.
Make sure lifting handles are securely fastened each time
before lifting. DO NOT operate pump without safety devices
in place. Always replace safety devices that have been
removed during service or repair. Secure the pump in its
operating position so it can not tip over, fall or slide.
DO NOT exceed manufacturers recommendation for
maximum performance, as this could cause the motor to
overheat.
DO NOT remove cord and strain relief. Do not connect
conduit to pump.
WARNING! Cable should be protected at all times to avoid
punctures, cut, bruises and abrasions - inspect frequently.
Never handle connected power cords with wet hands.
WARNING! To reduce risk of electrical shock, all wiring
and junction connections should be made per the NEC
or CEC and applicable state or province and local codes.
Requirements may vary depending on usage and location.
WARNING! Submersible Pumps are not approved for use in
swimming pools, recreational water installations, decorative
fountains or any installation where human contact with the
pumped uid is common.
WARNING! Products Returned Must Be Cleaned, Sanitized,
Or Decontaminated As Necessary Prior To Shipment, To
Insure That Employees Will Not Be Exposed To Health
Hazards In Handling Said Material. All Applicable Laws And
Regulations Shall Apply.
Bronze/brass and bronze/brass tted pumps may contain
lead levels higher than considered safe for potable water
systems. Lead is known to cause cancer and birth defects or
other reproductive harm. Various government agencies have
determined that leaded copper alloys should not be used
in potable water applications. For non-leaded copper alloy
materials of construction, please contact factory.
IMPORTANT! - Crane Pumps & Systems, Inc. is not
responsible for losses, injury, or death resulting from a failure
to observe these safety precautions, misuse or abuse of pumps
or equipment.
SAFETY FIRST!
Hazardous uids can
cause re or explo-
sions, burnes or death
could result.
Extremely hot - Severe
burnes can occur on contact.
Biohazard can cause
serious personal injury.
Hazardous uids can Hazard-
ous pressure, eruptions or ex-
plosions could cause personal
injury or property damage.
Rotating machinery
Amputation or severe
laceration can result.
Hazardous voltage can
shock, burn or cause death.

4
DISCHARGE .................. 3” NPT, Vertical
3” Flanged, Horizontal
LIQUID TEMPERATURE.. 104°F (40°C) Continuous
MOTOR HOUSING ........ Cast Iron ASTM, Class 30
VOLUTE ......................... Cast Iron ASTM, Class 30
SEAL PLATE .................. Cast Iron ASTM, Class 30
IMPELLER:
Design...........2 Vane, Open with Pump out vanes
on Back side. Dynamically
balanced, ISO G6.3
Material ........ Cast Iron, Class 25
SHAFT............................ 416 Stainless Steel
SQUARE RINGS............ Buna-N
HARDWARE................... 300 Series Stainless Steel
PAINT ............................. Air dry enamel, top coat
SEAL Design.......... Tandem Mechanical in oil lled
reservoir
Material ........ Rotating Faces - Carbon
Stationary Faces - Ceramic
Elastomer - Buna-N
Hardware - 300 series stainless steel
CORD ENTRY................ 30 ft. (9.1m) Cord. Quick connect
custom molded for sealing and strain
relief
SPEED ........................... 1750RPM, 60Hz (nominal)
UPPER BEARING:
1.5 & 2HP..... Single Row, Ball, Oil Lubricated
Load ............. Radial
LOWER BEARING:
Design.......... Single Row, Ball, Oil Lubricated
Load ............. Radial & Thrust
MOTOR: Design.......... NEMA L, Single phase,
NEMA B, Three Phase Torque Curve,
Oil Filled, Squirrel Cage Induction
Insulation...... Class B for 1.5 & 2HP
Class F on selected models
SINGLE PHASE ............. Permanent Split Capacitor (PSC)
includes overload protection in motor
THREE PHASE ..............200-230/460, 60Hz is Tri voltage
motor, 575V. Requires overload
protection to be included in control
panel
MOISTURE SENSOR ....N/O, Requires relay in control panel
TEMP. SENSOR.............N/C, Requires relay in control panel
OPTIONAL EQUIPMENT .. Seal Material, Impeller Trims,
Additional Cord.
SECTION: A - PUMP SPECIFICATIONS:
9.60
(244)
23.85
(606)
SENSOR CABLE ASSEMBLY
POWER CABLE ASSEMBLY
Ø12.63
(321)
6.31
(160)
8.25
(210)
16.70
(424)
2.15 (55)
3.00 N.P.T.
DISCHARGE
TO ELECTRIC POWER SUPPLY
5.93
(151)
23.85
(606)
SENSOR CABLE ASSEMBLY
POWER CABLE ASSEMBLY
Ø12.63
(321)
6.31
(160)
9.00
(229)
3.00 125#
FLANGE
TO ELECTRIC POWER SUPPLY
16.70
(424)
inches
(mm)
IMPORTANT !
1.) PUMP MAY BE OPERATED “DRY” FOR EXTENDED PERIODS WITHOUT DAMAGE TO MOTOR AND/OR SEALS.
2.) THIS PUMP IS APPROPRIATE FOR THOSE APPLICATIONS SPECIFIED AS CLASS I DIVISION 2 HAZARDOUS LOCATIONS.
3.) THIS PUMP IS NOT APPROPRIATE FOR THOSE APPLICATIONS SPECIFIED AS CLASS I DIVISION 1 HAZARDOUS LOCATIONS.
4.) INSTALLATIONS SUCH AS DECORATIVE FOUNTAINS OR WATER FEATURES PROVIDED FOR VISUAL ENJOYMENT MUST BE INSTALLED IN
ACCORDANCE WITH THE NATIONAL ELECTRIC CODE ANSI/NFPA 70 AND/OR THE AUTHORITY HAVING JURISDICTION. THIS PUMP IS NOT
INTENDED FOR USE IN SWIMMING POOLS, RECREATIONAL WATER PARKS, OR INSTALLATIONS IN WHICH HUMAN CONTACT WITH PUMPED
MEDIA IS A COMMON OCCURRENCE.

5
SECTION B: GENERAL INFORMATION
B-1) To the Purchaser:
Congratulations! You are the owner of one of the nest pumps
on the market today. Barnes pumps are products engineered
and manufactured of high quality components. Over one
hundred years of pump building experience along with a
continuing quality assurance program combine to produce a
pump which will stand up to the toughest applications. This
manual will provide helpful information concerning installation,
maintenance, and proper service guidelines.
B-2) Receiving:
Upon receiving the pump, it should be inspected for damage
or shortages. If damage has occurred, le a claim immediately
with the company that delivered the pump. If the manual
is removed from the packaging, do not lose or misplace.
B-3) Storage:
Short Term - Barnes Pumps are manufactured for e󰀩cient
performance following short inoperative periods in storage.
For best results, pumps can be retained in storage, as factory
assembled, in a dry atmosphere with constant temperatures
for up to six (6) months. Long Term- Any length of time
exceeding six (6) months, but not more than twenty-four (24)
months. The unit should be stored in a temperature controlled
area, a roofed over walled enclosure that provides protection
from the elements (rain, snow, wind-blown dust, etc.), and
whose temperature can be maintained between +40°F and
+120°F. (4.4° - 49°C). Pump should be stored in its original
shipping container. On initial start-up, rotate impeller by
hand to assure seal and impeller rotate freely. If it is required
that the pump be installed and tested before the long term
storage begins, such installation will be allowed provided:
1.) The pump is not installed under water for more than
one (1) month.
2.) Immediately upon satisfactory completion of the test,
the pump is removed, thoroughly dried, repacked in the
original shipping container, and placed in a temperature
controlled storage area.
B-4) Service Centers:
For the location of the nearest Barnes Service Center, check
your Barnes representative or Crane Pumps & Systems, Inc.,
Service Department in Piqua, Ohio, telephone [phone]
or Crane Pumps & Systems Canada, in Brampton, Ontario,
[phone].
SECTION C: INSTALLATION
C-1) Location:
These pumping units are self-contained and are
recommended for use in a sump, lift station or basin. The
sump, lift station or basin shall be vented in accordance
with local plumbing codes. This pump is designed to pump
sewage, e󰀪uent, or other nonexplosive or noncorrosive
wastewater. and shall NOT be installed in locations classied
as Class I Division 1 hazardous in accordance with the
National Electrical Code (NEC), ANSI/NFPA 70 or The
Canadian Electrical Code. Never install the pump in a trench,
ditch or hole with a dirt bottom; the legs will sink into the dirt
and the suction will become plugged.
C-1.1) Submergence:
It is recommended that the pump be operated in the
submerged condition and the sump liquid level should never
be less than dimension “A” (see Figure 1).
C-2) Discharge:
Discharge piping should be as short as possible. Both a
check valve and a shut-o󰀨 valve are recommended for each
pump being used. The check valve is used to prevent back-
ow into the sump. Excessive backow can cause ooding
and/or damage to the pump. The shut-o󰀨 valve is used to
stop system ow during pump or check valve servicing.
Barnes Pumps o󰀨ers a Break Away Fitting (BAF) discharge
system designed to allow the submersible wastewater pump
to be installed or removed without requiring personnel to enter
the wet well.
Place the BAF in position. Temporarily secure the guide rails
in the upper mounting brackets and locate the base on the
bottom of the wet well. Level the base with grout and/or shims.
Install the intermediate support brackets, if required. Make sure
the rails are in a true vertical position so the pump will clear
the access opening and will slide freely down the rails into
place on the discharge stationary tting. Once the rails are in
proper alignment, bolt the base into the oor of the station and
connect the discharge pipe to the elbow.
Connect the movable portion and other supplied ttings of the
BAF onto the pump and lower into wet well. See the Break
Away Fitting manual for more information.
C-3) Liquid Level Controls:
The level controls are to be supported by a mounting bracket
that is attached to the sump wall, cover or junction box. Cord
grips are used to hold the cords in place on the mounting
bracket. The control level can be changed by loosening
the grip and adjusting the cord length as per the plans and
specications. Be certain that the level controls cannot hang up
or foul in it’s swing and that the pump is completely submerged
when the level control is in the “O󰀨” mode.
RECOMMENDED
SUBMERGENCE LEVEL
MINIMUM SUBMERGENCE LEVEL
BOTTOM OF FEET
A = 10.00"
FIGURE 1

6
C-4) Electrical Connections:
C-4.1) Power Cable:
The cord assembly mounted to the pump must not be modied
in any way except for shortening to a specic application.
Any splice between the pump and the control panel must be
made in accordance with all applicable electric codes. It is
recommended that a junction box, if used, be mounted outside
the sump or be of at least NEMA 4 (EEMAC-4) construction if
located within the wet well. Do not use the power cable to lift
pump. NOTE: THE WHITE WIRE IS NOT A NEUTRAL OR
GROUND LEAD, BUT A POWER CARRYING CONDUCTOR.
C-4.2) Control Cable:
The cord assembly mounted to the pump must not be modied
in any way except for shortening to a specic application.
Any splice between the pump and the control panel must be
made in accordance with all applicable electric codes. It is
recommended that a junction box, if used, be mounted outside
the sump or be of at least NEMA 4 (EEMAC-4) construction if
located within the wet well. Do not use the control cable to lift
pump. NOTE: THE WHITE WIRE IS NOT A NEUTRAL OR
GROUND LEAD, BUT A POWER CARRYING CONDUCTOR.
C-4.3) Overload Protection:
C-4.3-1) Three Phase - The normally closed (N/C) thermal
sensor is embedded in the motor windings and will detect
excessive heat in the event an overload condition occurs. The
thermal sensor will trip when the windings become too hot and
will automatically reset itself when the pump motor cools to a
safe temperature. It is recommended that the thermal sensor
be connected in series to an alarm device to alert the operator
of an overload condition, and/or the motor starter coil to stop
the pump. In the event of an overload, the source of this
condition should be determined and rectied immediately. DO
NOT LET THE PUMP CYCLE OR RUN IF AN OVERLOAD
CONDITION OCCURS !
C-4.3-2) Single Phase - The type of in-winding overload
protector used is referred to as an inherent overheating
protector and operates on the combined e󰀨ect of temperature
and current. This means that the overload protector will trip out
and shut the pump o󰀨 if the windings become too hot, or the
load current passing through them becomes too high. It will
then automatically reset and start the pump up after the motor
cools to a safe temperature. In the event of an overload, the
source of this condition should be determined and rectied
immediately. DO NOT LET THE PUMP CYCLE OR RUN IF
AN OVERLOAD CONDITION OCCURS !
If current through the temperature sensor exceeds the values
listed, an intermediate control circuit relay must be used to
reduce the current or the sensor will not work properly.
TEMPERATURE SENSOR ELECTRICAL RATINGS
Volts Continuous
Amperes
Inrush
Amperes
220-240 1.50 15.0
440-480 0.75 7.5
575-600 0.60 6.0
C-4.3-3) Moisture Sensors:
A normally open (N/O) detector is installed in the pump
seal chamber which will detect any moisture present. It is
recommended that this detector be connected in series to an
alarm device or the motor started coil to alert the operator that a
moisture detect has occurred. In the event of a moisture detect,
check the individual moisture sensor probe leads for continuity,
(∞ resistance = no moisture) and the junction box/control box
for moisture content. The above situations may induce a false
signal in the moisture detecting circuit. If none of the above
tests prove conclusive, the pump(s) should be pulled and the
source of the failure identied and repaired. IF A MOISTURE
DETECT HAS OCCURRED SCHEDULE MAINTENANCE AS
SOON AS POSSIBLE.
C-4.4) Wire Size:
Consult a qualied electrician for proper wire size if additional
power cable length is required. See table for electrical
information.
SECTION: D START-UP OPERATION
D-1) Check Voltage and Phase:
Before operating pump, compare the voltage and phase
information stamped on the pump identication plate to the
available power.
D-2) Check Pump Rotation:
Before putting pump into service for the rst time, the motor
rotation must be checked. Improper motor rotation can result
in poor pump performance and can damage the motor and/
or pump. To check the rotation, suspend the pump freely,
momentarily apply power and observe the “kickback”.
“Kickback” should always be in a counter-clockwise direction
as viewed from the top of the pump motor housing.
D-2.1) Incorrect Rotation for Three-Phase Pumps:
In the event that the rotation is incorrect for a three-phase
installation, interchange any two power cable leads at the
control box. DO NOT change leads in the cable housing in the
motor. Recheck the “kickback” rotation again by momentarily
applying power.
D-2.2) Incorrect Rotation for Single-Phase Pumps:
In the unlikely event that the rotation is incorrect for a single
phase pump, contact a Barnes Service Center.
D-3.1) Identication Plate:
Record the numbers from the pump identication plate for
future reference.
D-3.2) Insulation Test:
Before the pump is put into service, an insulation (megger)
test should be performed on the motor. The resistance values
(ohms) as well as the voltage (volts) and current (amps) should
be recorded.
D-3.3) Pump-Down Test:
After the pump has been properly wired and lowered into the
basin, sump or lift station, it is advisable to check the system
by lling with liquid and allowing the pump to operate through
its pumping cycle. The time needed to empty the system, or
pump-down time along with the volume of water, should be
recorded.

7
MODEL
NO
HP VOLT/PH Hz RPM
(Nom)
NEMA
START
CODE
INSUL.
CLASS
FULL
LOAD
AMPS
LOCKED
ROTOR
AMPS
CORD
SIZE
CORD
TYPE
CORD
O.D
inch (mm)
WINDING RESISTANCE
EMERSON
MAIN-START
REGAL BELOIT
MAIN-START
VERTICAL Series
3SE1524DS 1.5 230/1 60 1750 C F 16.0 44.6 12/3 SOOW / SOW 0.61 (15.5) 1.21 - 2.80 --- 3SE1594DS 1.5 200-230/3 60 1750 D/G F 13.3/11.6 35.8/41.2 12/4 SOOW / SOW 0.68 (17.4) 2.21 2.23 3SE1544DS 1.5 460/3 60 1750 G F 5.8 20.6 14/4 SOOW / SOW 0.57 (14.5) 8.84 8.92 3SE1554DS 1.5 575/3 60 1750 G B 4.6 16.4 14/4 SOOW / SOW 0.57 (14.5) 13.79 13.95 3SE2024DS 2.0 230/1 60 1750 A F 19.0 44.6 10/3 SOOW / SOW 0.66 (16.8) 1.21 - 2.80 1.35 - 4.20 3SE2094DS 2.0 200-230/3 60 1750 B/D F 15.2/13.2 35.8/41.2 12/4 SOOW / SOW 0.68 (17.4) 2.21 2.23 3SE2044DS 2.0 460/3 60 1750 D F 6.6 20.6 14/4 SOOW / SOW 0.57 (14.5) 8.84 8.92 3SE2054DS 2.0 575/3 60 1750 D B 5.2 16.4 14/4 SOOW / SOW 0.57 (14.5) 13.79 13.95
HORIZONTAL Series
3SEH1524DS 1.5 230/1 60 1750 C F 16.0 44.6 12/3 SOOW / SOW 0.61 (15.5) 1.21 - 2.80 --- 3SEH1594DS 1.5 200-230/3 60 1750 D/G F 13.3/11.6 35.8/41.2 12/4 SOOW / SOW 0.68 (17.4) 2.21 2.23 3SEH1544DS 1.5 460/3 60 1750 G F 5.8 20.6 14/4 SOOW / SOW 0.57 (14.5) 8.84 8.92 3SEH1554DS 1.5 575/3 60 1750 G B 4.6 16.4 14/4 SOOW / SOW 0.57 (14.5) 13.79 13.95 3SEH2024DS 2.0 230/1 60 1750 A F 19.0 44.6 10/3 SOOW / SOW 0.66 (16.8) 1.21 - 2.80 1.35 - 4.20 3SEH2094DS 2.0 200-230/3 60 1750 B/D F 15.2/13.2 35.8/41.2 12/4 SOOW / SOW 0.68 (17.4) 2.21 2.23 3SEH2044DS 2.0 460/3 60 1750 D F 6.6 20.6 14/4 SOOW / SOW 0.57 (14.5) 8.84 8.92 3SEH2054DS 2.0 575/3 60 1750 D B 5.2 16.4 14/4 SOOW / SOW 0.57 (14.5) 13.79 13.95
Winding Resistance ± 5%, measured from terminal block. Pump rated for operation at ± 10% voltage at motor Temperature/moisture sensor cord for 3 phase models are 18-5 SOOW/SOW, 0.47 (11.9mm) O.D.

8
SECTION E: PREVENTATIVE MAINTENANCE
As the motor is oil lled, no lubrication or other maintenance
is required, and generally Barnes Pumps will give very
reliable service and can be expected to operate for years on
normal sewage pumping without failing. However as with any
mechanical piece of equipment a preventive maintenance
program is recommended and suggested to include the
following checks:
WARNING ! - Pressure builds up due to heat.
1) Inspect motor chamber for oil level and contamination and
repair as required per section F-1.
2) Inspect impeller and body for excessive build-up or clogging
and repair as required per section F-2.
3) Inspect motor and bearings and replace as required per
section F-3.
4) Inspect seal for wear or leakage and repair as required per
section F-4.
SECTION F: SERVICE AND REPAIR
NOTE: All item numbers in ( ) refer to Figures 11 & 12.
F-1) Lubrication:
Anytime the pump is removed from operation, the cooling oil
in the motor housing (5) should be checked visually for oil
level and contamination.
F-1.1) Checking Oil:
Motor Housing - To check oil, set unit upright. Remove pipe
plug (20) from housing (5). With a ashlight, visually inspect
the oil in the motor housing (5) to make sure it is clean and
clear, light amber in color and free from suspended particles.
Milky white oil indicates the presence of water. Oil level should
be just above the motor when pump is in a vertical position.
F-1.2) Testing Oil:
1. Place pump on it’s side, remove pipe plug (20), from motor
housing (5) and drain oil into a clean, dry container.
2. Check oil for contamination using an oil tester with a range
to 30 Kilovolts breakdown.
3. If oil is found to be clean and uncontaminated (measure
above 15 KV. breakdown), rell the motor housing as per
section F-1.4.
4. If oil is found to be dirty or contaminated (or measures
below 15 KV. breakdown), the the pump must be carefully
inspected for leaks at the shaft seal (34), cable assemblies
(35) and 42, square ring (8) and pipe plug (20)
before relling with oil. To locate the leak, perform
a pressure test as per section F-1.3. After leak is repaired,
rell with new oil as per section F-1.4.
F-1.3) Pressure Test:
Pumps that have had the oil drained from the Motor
Housing - Apply pipe sealant to pressure gauge assembly
and tighten into pipe plug hole (See Figure 2). Pressurize
motor housing to 10 P.S.I. Use soap solution around the
sealed areas and inspect joints for “air bubbles”. If, after
ve minutes, the pressure is still holding constant, and no
“bubbles” are observed, slowly bleed the pressure and
remove the gauge assembly. Replace oil as described in
section F-1.4. If the pressure does not hold, then the leak
must be located and repaired.
Pumps that have NOT had the oil drained from the Motor
Housing - The pressure test may be done with the oil at its
normal level. Remove pipe plug (20) from motor housing (5).
Apply pipe sealant to pressure gauge assembly and tighten
into hole (see Figure 2). Pressurize motor housing to 10 P.S.I.
Use soap solution around the sealed areas above the oil level
and inspect joints for “air bubbles”. For sealed areas below
the oil level, leaks will seep oil.
If, after ve minutes, the pressure is still holding constant,
and no “bubbles”/oil seepage is observed, slowly bleed the
pressure and remove the gauge assembly. If the pressure
does not hold, then the leak must be located and repaired.
CAUTION ! - Pressure builds up extremely
fast, increase pressure by “TAPPING” air
nozzle. Too much pressure will damage
seal. DO NOT exceed 10 P.S.I.
Seal Chamber - Set unit on its side with ll plug (20)
downward, remove plug (20) and drain all oil from seal
chamber. Apply pipe sealant to pressure gauge assembly and
tighten into hole in spacer ring (26). Pressurize seal chamber
to 10 P.S.I. and check for leaks as outlined above.
F-1.4) Replacing Oil:
Motor Housing- Set unit upright and rell with new cooling
oil as per Table 1 (see parts list for amount). Fill to just above
motor as an air space must remain in the top of the motor
housing to compensate for oil expansion (see Figure 2, 11 or
12). Apply pipe thread compound to threads of pipe plug (20)
then assemble to motor housing (5).
IMPORTANT! - For single phase units, oil level
should be below capacitor.
Seal Chamber - Set unit on its side, with plug (20) upward,
and rell with new oil as per Table 1 (see parts list for
amount). Apply pipe thread compound to threads of pipe plug
(20) and assemble to spacer ring (26).
REMOVE PLUG
PRESSURE GAUGE ASSY
(SEE PARTS LIST)
10 PSI AIR
REMOVE PLUG
10 PSI AIR
NOTE: THIS PLUG FOR
"DS" MODELS ONLY
FIGURE 2

9
WARNING!-DONOToverlloil.
Overllingofmotorhousingwithoilcan
create excessive and dangerous hydraulic
pressure which can destroy the pump
andcreateahazard.Overllingoilvoids
warranty.
TABLE 1 - COOLING OIL - Dielectric
SUPPLIER GRADE
Sohio / Standard SE 40, Energol HL22 or HL32
Shell Turbo Oil 32
Texaco Rando HD32, 522
Sun Petroleum Supar 110, Sunvis 816WR, 911
or 916
Mobile D.T.E. Oil Light or Rubrex 200
G&G Circu Oil 22
Allegheny Petroleum Altrapar 22
Woco Premium 100
F-2) Impeller and Volute Service:
F-2.1) Disassembly and Inspection:
To clean out volute (24) or replace impeller (33), disconnect
power, remove screws (13), and lockwashers (12), vertically
lift motor and seal plate assembly from volute (24). Clean
out volute if necessary. Clean and examine impeller (33), for
pitting or wear and replace if required, inspect gasket (11)
and replace if cut or damaged. If the impeller (33) needs
replacing, remove nut (3), place a at screwdriver in the
slot of the end of the shaft to hold the shaft stationary while
unscrewing the impeller (33). (See Figure 11 or 12)
F-2.2) Reassembly:
To install impeller (33), screw impeller onto the shaft hand tight.
Clean the threads with Loctite cleaner. Apply thread locking
compound to shaft threads and install nut (3). Torque to 40
ft. lbs. Rotate impeller to check for binding. Position gasket
(11) on volute ange and position impeller and motor housing
on volute (24). Position lockwashers (12) on cap screws (13)
and screw into volute (24). Torque to 8 ft. lbs. Check for free
rotation of motor and impeller. (See Figure 11 or 12)
F-3) Motor and Bearing Service:
F-3.1) Disassembly and Inspection:
To examine or replace the motor (21), capacitor (22, single
phase units), and bearing (6), drain oil from motor as outlined
in paragraph F-1.2. Disassemble volute and impeller as
outlined in paragraph F-2.1 and disassemble shaft seal as
outlined in paragraph F-4.1. (See Figure 3, 4, and 11)
Position unit upright, using blocks to avoid resting unit on
shaft. Unscrew cable hex bolts (17) and remove compression
ange (35a) and power cord (35). Remove snap ring (38)
with a at head screwdriver. Pull the terminal block (37) out
of the housing (5) using a T-bolt or pair of pliers and a .25-
20 screw in the threads of the terminal block (37). Be sure
to leave slack on the motor leads connected underneath.
Use needle nose pliers to pull each female connector o󰀨
of the pins on the underside of the terminal block (37) (see
Figure 5). The unit voltage should be noted. Repeat cable
and terminal removal procedure for any control cables (42).
Remove socket head cap screws (9). Vertically lift upper
pump assembly from seal plate (1) and spacer ring (26) by
lifting handle (18). Inspect square rings (8) for damage or
cuts. Disassemble inner seal assembly (34) as outlined in
paragraph F-4.1. Remove socket head cap screws (10).
Vertically lift the motor housing (5) from seal plate (4) by
lifting handle (18). Inspect square ring (8) for damage or cuts.
Remove the motor bolts and lift motor stator from seal plate
(4). Disconnect capacitor leads from capacitor (22, single
phase units). Examine bearing (6) and replace if required. If
replacement is required, remove bearing (6) from motor shaft
using a wheel puller or arbor press, see Figure 4.
Check motor capacitor (22, single phase units) with an
Ohm meter by rst grounding the capacitor by placing
a screwdriver across both terminals and then removing
screwdriver. Connect Ohm meter (set on high scale) to
terminals. If needle moves to innity (∞) then drifts back,
the capacitor is good. If needle does not move or moves to
innity (∞) and does not drift back, replace capacitor (22). To
test the temperature sensor (W1/W2), check for continuity
between the wire leads (see Figure 10). If found to be
defective, contact a motor service station or Barnes Pumps
Service department. Inspect motor winding for shorts and
check resistance values. Check rotor for wear. If rotor or the
stator windings are defective, the complete motor must be
replaced.
FIGURE 4
FIGURE 3

10
IMPORTANT! - All parts must be clean before
reassembly.
F-3.2) Reassembly:
Bearing - When replacing bearing, be careful not to damage
the rotor or shaft threads. Clean the shaft thoroughly. Apply
adhesive compound to the shaft and press bearing (6) on the
motor shaft, position squarely onto the shaft applying force to
the inner race of the bearing only, until bearing seats against
the retaining ring (2).
Moisture Sensors - If pump is equipped with moisture
sensors, reassemble by applying thread compound to threads
on probes (27) and install in upper seal plate (4), see Figure
12. Connect wire assemblies (29 & 30) to probes (27) with
washers (32) and machine screws (31).
Thermal Sensors - Pump is equipped with Thermal Sensor.
Connect sensor leads to terminal block (43) as shown in
Figure 10. If sensor is not functioning, contact factory approved
service center or contact factory service department.
Motor - Slide lower bearing (6) and motor shaft squarely
into the seal plate (4) until bearing seats on the bottom. Place
stator over rotor, lining up motor bolts with holes in seal plate
(4). Position capacitor (22, single phase units) so that it will
lay on the opposite side of the cable entry bosses of the
motor housing (5). Reconnect capacitor leads. Torque motor
tie bolts to 17 in-lbs. Set square ring (8) in groove on seal
plate (4).
F-3.3) Wiring Connections:
Check power cables (35) and control cable (42), for cracks or
damage and replace if required (see Figure 5). Make internal
wiring connections which are independent of the terminal
block as shown in (Figure 10), using connectors (15), terminal
(16) and wire assemblies (19) as required. Do not use wire
nuts. Slip motor leads and ground wire through berglass
sleeve. Lower motor housing (5) down onto seal plate (4)
while aligning holes and stringing motor leads through the
cable entry bore(s). (Slipping cords inside a 1 ft. length of .5”
conduit makes this easier). Place socket head cap screws
into motor housing (5) and torque to 60 in-lbs. Install inner
seal assembly as outlined in paragraph F-4.2. Install square
ring (8), spacer ring (26), square ring (8) in position on pump.
Place socket head cap screws (9) through outer seal plate (1)
and torque to 60 in-lbs.
Reconnect motor and control leads to the underside of the
terminal block(s) (37), (43) as shown in Figure 5. Note that
the pins are numbered underneath the terminal block. Place
o-ring (36) into groove in terminal block and lubricate with
dielectric oil. Press the terminal blocks (37) (42) into the
housing so it seats completely below the snap ring groove.
Place snap ring (38) into groove in cable entry bore of
housing. Repeat terminal block installation for control cable, if
equipped.
F-3.4) Cable Assemblies:
Power/Control Cable- Rell the cooling oil as outlined in
paragraph F-1.4. Make wire connections as outlined in
paragraph F-3.3. Insert female end of cable plug into housing
bore aligning timing mark with hole in terminal block (37) (43)
(see Figure 6). Compress cable plug with compression ange
(35a)(42a) by tightening cap screws (17) into the housing (5).
Torque to 132 in-lbs.
FIGURE 6
FIGURE 5
POWER CORD (35)
CAP SCREW (17)
LOCKWASHER (12)
COMPRESSION FLANGE (35a)
SNAP RING (38)
O-RING (36)
TERMINAL BLOCK (37)
CONTROL CORD (42)
CAP SCREW (17)
LOCKWASHER (12)
COMPRESSION FLANGE (42a)
SNAP RING (38)
O-RING (36)
TERMINAL BLOCK (43)
TERMINAL TERMINAL

11
F-4) Shaft Seal Service:
Important ! - Handle seal parts with extreme care.
DO NOT scratch or mar lapped surfaces.
F-4.1) Disassembly and Inspection:
Outer Seal - To expose shaft seal (34) for examination
disassemble volute and impeller as outlined in paragraph
F-2.1. If further repair is required remove retaining ring
(34d), spring (34c) and rotating member (34b) from shaft
(see Figure 9). Examine all seal parts and especially contact
faces. Inspect seal for signs of wear such as uneven wear
pattern on stationary members, chips and scratches on either
seal face.
Inner Seal - To expose inner shaft seal (34) for examination,
remove outer seal as outlined above. Remove socket head
cap screws (8). Lift outer seal plate (1), square ring (8), spacer
ring (26) and square ring (8) from inner seal plate (4) See
Figure 12. If further repair is required, remove snap ring (41),
retaining ring (34d), spring (34c) and rotating member (34b)
from shaft. Examine as outlined in outer seal paragraph. If
replacing seal, remove stationary (34a) by prying out with at
screwdriver.
DO NOT interchange seal components, replace the entire
shaft seal (34). If replacing seal, remove stationary (34a) by
prying out with at screw driver.
F-4.2) Reassembly:
Inner Seal- Clean and oil seal cavities in seal plates (1, 4).
Lightly oil (DO NOT use grease) outer surface of stationary
member (34a). Press stationary member (34a) rmly into
inner seal plate (4), using a seal pusher (see parts list - seal
tool kit). Nothing but the seal pusher is to come in contact
with seal face (see Fig 9). Assemble pump as outlined in
paragraph F-3.3.
Important! - DO NOT Hammer On The Seal Pusher
- It Will Damage The Seal Face.
Outer Seal - Press stationary member (34a) rmly into
outer seal plate (1) as described above. Slide rotating
member (34b) onto stationary member using seal pusher as
described above. Place spring (34c) and retaining ring (34d)
onto rotating member (34b). Assemble impeller and volute
as outlined in paragraph F-2.2. Replace oil as outlined in
paragraph F-1.4.
Make sure the stationary member is in straight. Slide a bullet
(see parts list-seal tool kit) over motor shaft. Lightly oil (DO
NOT use grease) shaft, bullet and inner surface of bellows on
rotating member (34b) (see Figure 8). With polished surface
of rotating member (34b) facing inward toward stationary
member (34a), slide rotating member (34b) over bullet and
onto shaft, using seal pusher, until polished faces of (34a)
and (34b) are together (see Figure 9).
It is extremely important to keep seal faces clean during
assembly. Dirt particles lodged between these faces will
cause the seal to leak.
Rotating Member (34b)
Bullet
Motor & Bearing Bracket
Seal Pusher
Stationary
FIGURE 8
FIGURE 7
Stationary Member (34a)
Polished Face Out
Seal Plate (1 & 4) Seal Pusher FIGURE 9

12
SECTION: G REPLACEMENT PARTS
G-1 ORDERING REPLACEMENT PARTS:
When ordering replacement parts, ALWAYS furnish the
following information:
1. Pump serial number and date code. (Paragraph G-4)
2. Pump model number. (Paragraph G-3)
3. Pump part number. (Paragraph G-2)
4. Part description.
5. Item part number.
6. Quantity required.
7. Shipping instructions.
8. Billing Instructions.
G-2 PART NUMBER:
The part number consists of a six (6) digit number, which
appears in the catalog. A one or two letter su󰀩x may follow this
number to designate the design conguration. This number is
used for ordering and obtaining information.
G-3 MODEL NUMBER:
This designation consists of numbers and letters which
represent the discharge size, series, horsepower, motor phase
and voltage, speed and pump design. This number is used for
ordering and obtaining information.
G-4 SERIAL NUMBER:
The serial number block will consist of a six digit number,
which is specic to each pump and may be preceded by
a alpha character, which indicates the plant location. This
number will also be su󰀩xed with a four digit number, which
indicates the date the unit was built (Date Code). EXAMPLE:
A012345 0490.
Reference the six digit portion (Serial Number) of this number
when referring to the product.
3
2
1

13
FIGURE 10

14
TROUBLE SHOOTING
CAUTION ! Always disconnect the pump from the electrical power source before handling.
If the system fails to operate properly, carefully read instructions and perform maintenance recommendations.
If operating problems persist, the following chart may be of assistance in identifying and correcting them:
MATCH “CAUSE” NUMBER WITH CORRELATING “CORRECTION” NUMBER.
NOTE: Not all problems and corrections will apply to each pump model.
PROBLEM CAUSE CORRECTION
Pump will not run 1. Poor electrical connection, blown fuse, tripped
breaker or other interruption of power, improper
power supply.
2. Motor or switch inoperative (to isolate cause, go
to manual operation of pump).
2a. Float movement restricted.
2b. Switch will not activate pump or is defective.
2c. Defective motor
3. Insucient liquid level.
1. Check all electrical connections for security.
Have electrician measure current in motor leads,
if current is within ±20% of locked rotor Amps,
impeller is probably locked. If current is 0,
overload may be tripped. Remove power, allow
pump to cool, then recheck current.
2a. Reposition pump or clean basin as required to
provide adequate clearance for oat.
2b. Disconnect level control. Set ohmmeter for
a low range, such as 100 ohms full scale and
connect to level control leads. Actuate level
control manually and check to see that ohmmeter
shows zero ohms for closed switch and full scale
for open switch. (Float Switch).
2c. Check winding insulation (Megger Test) and
winding resistance. If check is outside of range,
dry and recheck. If still defective, replace per
service instructions.
3. Make sure liquid level is at least equal to
suggested turn-on point.
4. Recheck all sizing calculations to determine
proper pump size.
5. Check discharge line for restrictions, including
ice if line passes through or into cold areas.
6. Remove and examine check valve for proper
installation and freedom of operation.
7. Open valve.
8. Check impeller for freedom of operation,
security and condition. Clean impeller and inlet of
any obstruction.
9. Loosen union slightly to allow trapped air to
escape.Verify that turn-o level of switch is set so
that the suction is always ooded. Clean vent hole.
10. Check rotation. If power supply is three phase,
reverse any two of three power supply leads to
ensure proper impeller rotation.
11. Repair xtures as required to eliminate
leakage.
12. Check pump temperature limits & uid
temperature.
13. Replace portion of discharge pipe with exible
connector.
14. Turn to automatic position.
15. Check for leaks around basin inlet and outlets.
Pump will not turn o 2a. Float movement restricted.
2b. Switch will not activate pump or is defective.
4. Excessive inow or pump not properly sized for
application.
9. Pump may be airlocked
14. H-O-A switch on panel is in “HAND” position
Pump hums but does not run 1. Incorrect voltage
8. Impeller jammed or loose on shaft, worn or
damaged, impeller cavity or inlet plugged.
Pump delivers insucient capacity 1. Incorrect voltage.
4. Excessive inow or pump not properly sized for
application.
5. Discharge restricted.
6. Check valve stuck closed or installed backwards.
7. Shut-o valve closed.
8. Impeller jammed or loose on shaft, worn or
damaged, impeller cavity or inlet plugged.
9. Pump may be airlocked.
10. Pump running backwards
Pump cycles too frequently or runs
periodically when xtures are not in use
6. Check valve stuck closed or installed backwards.
11. Fixtures are leaking.
15. Ground water entering basin.
Pump shuts o and turns on independent of
switch, (trips thermal overload protector).
CAUTION! Pump may start unexpectedly.
Disconnect power supply.
1. Incorrect voltage.
4. Excessive inow or pump not properly sized for
application.
8. Impeller jammed, loose on shaft, worn or dam-
aged, impeller cavity or inlet plugged.
12. Excessive water temperature.
(internal protection only)
Pump operates noisily or vibrates excessively 2c. Worn bearings, motor shaft bent.
5. Debris in impeller cavity or broken impeller
10. Pump running backwards
13. Piping attachments to buiding structure too
rigid or too loose.

15
35
5
21
32
31
27
8
20
28
24A
3
33
42
2
6
34
4
26
1
11
41
FIGURE 11a
CROSS SECTION
(VERTICAL DISCHARGE)

16
35
5
21
32
31
27
8
20
28
24B
3
33
42
2
6
34
4
26
1
11
41
FIGURE 11b
CROSS SECTION
(HORIZONTAL DISCHARGE)

17
29
30
8
4
31
32
27
28
10
34
8
26
a
b
c
d
41
8
1
9
33
20
a
b
c
d
34
11
3
24A
38
35
36
37
12
17
42
13
20
5
7
22
23
39
40
25
21
2
6
43
38
35
36
37
12
17
24B
FIGURE 12
EXPLODED VIEW

18
PARTS KITS
SEAL REPAIR KIT: 1.5 & 2.0HP............ P/N 130177
SERVICE: 1.5 & 2.0HP.......................... P/N 130173
TOOLS: Seal Pusher............................. P/N- TL-21360
Bullet....................................... P/N- TL-21375
PRESSURE GAUGE KIT....................... P/N 085343
PARTS LIST
ITEM QTY PART NO. DESCRIPTION
1 1 084343 Plate,Seal,CI Lower
2 1 061143 ◊ Ring,Retaining,Ext
3 1 038132 ◊ Nut,Hex,Jam 5/8-18 Stainless
4 1 084429 Plate,Seal,CI Upper
5 1 105196HA Housing,Motor STD
105196 Housing,Motor W/O Sensor Cable
6 1 039734 ◊ Bearing,Ball
7 2 016660 Screw,Self-Tap #8-32 .375” LG, Stainless
8 3 027269 +◊ Ring,Square
9 2 067519 Screw,SKHD 1/4-20,3.00” Stainless
10 2 084948 Screw,SKHD 1/4-20,1.25” Stainless
11 1 027344 ◊ Gasket
12 6 026322 Washer,Lock 5/16 Stainless
13 4 064114 Screw,HXHD 5/16-18,4.50” LG Stainless
14 113 Oz. 029034 Oil (includes 24 Oz in Seal Chamber)
15 4 See BOM ◊ Connector 3SE1594, 3SE2094
3 019212 Connector 3SE1544, 3SE2044
16 3 111951 ◊ Terminal 3SE1544, 3SE2044
17 2 1-156-1 Screw,HXHD 5/16-18,1.00” Stainless
18 1 103503 Handle,Lifting
19 3 105149A ◊ Wire Assemblies 3SE1594, 3SE2094
20 2 014270 Plug,Pipe .375 NPT
21 1 084382MB Motor Assy 3SE1524, 3SE2024
1 084383MB Motor Assy 3SE1594, 3SE2094
1 084383MB Motor Assy 3SE1544, 3SE2044
1 092859 Motor Assy 3SE1554, 3SE2054
22 1 See Bom Capacitor,Run,370V,45mfd 3SE1524, 3SE2024
23 1 See Bom Bracket,Stl,Capacitor 3SE1524, 3SE2024
24A 1 084399 Body,Pump,3”, Vertical
24B 1 084399H Body,Pump,3”, Horizontal
25 2 625-02117 ◊ Sleeving, Fiberglass 3SE1594, 3SE2094
1 625-02117 Sleeving, Fiberglass 3SE1524, 3SE2024
1 625-02117 Sleeving, Fiberglass 3SE1544, 3SE2044
1 625-02117 Sleeving, Fiberglass 3SE1554, 3SE2054
26 1 084400 Ring,Spacer
27 2 039383 Sensor, Moisture
28 2 039934 Plug,Cap
29 1 132762A Wire Assy, Moist, 20”L,Red
30 1 132762B Wire Assy, Moist, 20”L,Orange
31 2 5-32-6 Screw,BIhd 6-32,.25” Stainless
32 2 052563 Washer,Lock,#6 #6 Stainless
33 1 See Table 3 Impeller, Cast Iron
34 2 067562 +◊ Seal,Mechanical Carbon / Ceramic / Buna-N (STD)
2 067562SB Seal,Mechanical Tungsten / Tungsten / Buna-N (Optional)
2 067562SD Seal,Mechanical Silicon / Silicon / Buna-N (Optional)
35 1 See Table 2 Power Cable Assembly
36 2 2-31051-224 +◊ O-Ring
37 1 See Table 2 Terminal Block Power Cable
38 2 105197 ◊ Retainer Ring
39 1 105111 ◊ Wire Assy,Ground,Green 3SE1544, 3SE2044
1 105111 ◊ Wire Assy,Ground,Green 3SE1554, 3SE2054
1 105111A ◊ Wire Assy,Ground,Green 3SE1524, 3SE2024
1 105111B Wire Assy,Ground,Green 3SE1594, 3SE2094
40 1 105111 Wire Assy,Ground,Green
41 1 018370 Ring,Retaining,Ext
42 1 See Table 2 Assy, Cable, Moisture/Temp Sensor
43 1 See Table 2 Terminal Block Sensor Cable
1 111909 Jumper Wire
(+) 8, 34, 36
(◊) 2, 3, 6, 8, 11, 15, 16, 19, 25, 34, 36, 38, 39

19
TABLE 2 - POWER & SENSOR CORD SETS
MODEL NO 30 FT. POWER 50 FT. POWER 100 FT. POWER TERMINAL BLOCK
POWER
3SE1524DS 109498XC 109498XF 109498XL 103760
3SE1594DS 109492XC 109492XF 109492XL 103586
3SE1544DS 103742XC 103742XF 103742XL 103583
3SE1554DS 103742XC 103742XF 103742XL 103583
3SE2024DS 103769XC 103769XF 103769XL 103760
3SE2094DS 109492XC 109492XF 109492XL 103586
3SE2044DS 103742XC 103742XF 103742XL 103583
3SE2054DS 103742XC 103742XF 103742XL 103583
3SEH2024DS 103769XC 103769XF 103769XL 103760
3SEH2094DS 109492XC 109492XF 109492XL 103586
3SEH2044DS 103742XC 103742XF 103742XL 103583
MODEL NO 30 FT. TEMP. SENSOR 50 FT. TEMP. SENSOR 100 FT. TEMP. SENSOR TERMINAL BLOCK
TEMP. SENSOR
3SE1524DS 113288XC 113288XF 113288XL 113272
3SE1594DS 113288XC 113288XF 113288XL 113272
3SE1544DS 113288XC 113288XF 113288XL 113272
3SE1554DS 113288XC 113288XF 113288XL 113272
3SE2024DS 113288XC 113288XF 113288XL 113272
3SE2094DS 113288XC 113288XF 113288XL 113272
3SE2044DS 113288XC 113288XF 113288XL 113272
3SE2054DS 113288XC 113288XF 113288XL 113272
3SEH2024DS 113288XC 113288XF 113288XL 113272
3SEH2094DS 113288XC 113288XF 113288XL 113272
3SEH2044DS 113288XC 113288XF 113288XL 113272
TABLE 3 - IMPELLER ITEM #29
DIAMETER 1.5 & 2HP
7.00” 084439
6.88” 084439TA
6.75” 084439TB
6.62” 084439TC
6.50” (STD 2.0 HP) 084439TD
6.38” 084439TE
6.25” 084439TF
6.12” 084439TG
6.00” (STD 1.5 HP) 084439TH
5.88” 084439TJ
5.75” 084439TK
5.62” 084439TL
5.50” 084439TM
5.38” 084439TN
5.25” 084439TP
5.12” 084439TQ
5.00” 084439TR
4.88” 084439TS
4.75” 084439TT
4.62” 084439TU
4.50” 084439TV

20
Notes