GE WSSH300G How to use

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GEAppliances
GeneralElectricCompany
Louisville,Kentucky40225
31-9147
GE Consumer & Industrial
Technical Service Guide
December 2006
GE WASHER
WSSH300G

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IMPORTANT SAFETY NOTICE
The information in this service guide is intended for use by
individuals possessing adequate backgrounds of electrical,
electronic, and mechanical experience. Any attempt to repair a
major appliance may result in personal injury and property
damage. The manufacturer or seller cannot be responsible for the
interpretation of this information, nor can it assume any liability in
connection with its use.
WARNING
Toavoidpersonalinjury,disconnectpowerbeforeservicingthisproduct.
If electrical power is required for diagnosis or test
purposes, disconnect the power immediately after performing the
necessary checks.
RECONNECT ALL GROUNDING DEVICES
If grounding wires, screws, straps, clips, nuts, or washers used to
complete a path to ground are removed for service, they must be
returned to their original position and properly fastened.
GE Consumer & Industrial
Technical Service Guide
Copyright © 2006
All rights reserved. This service guide may not be reproduced in whole or in part
in any form without written permission from the General Electric Company.

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SAFETY NOTICE....................................................................................................................................... 2
QUICK REFERENCE SHEET .................................................................................................................. 5
Nomenclature location .................................................................................................................. 5
Mini-manual location ..................................................................................................................... 5
Component resistance chart........................................................................................................ 6
Water fill height............................................................................................................................. 6
Electrical requirements ................................................................................................................. 6
Incoming water pressure.............................................................................................................. 6
Drain requirements........................................................................................................................ 6
Motor............................................................................................................................................... 6
Diagnostic test............................................................................................................................... 7
Operation speeds .......................................................................................................................... 8
Wiring Diagram.............................................................................................................................. 9
OPERATING INSTRUCTIONS ................................................................................................................. 10
About the washer control panel ................................................................................................. 10
About the washer features .......................................................................................................... 11
OPERATION ............................................................................................................................................... 12
Control ............................................................................................................................................ 12
Dispenser Drawer Reed Switch .................................................................................................. 12
Door Switch Assembly ................................................................................................................. 12
Pressure Switch ............................................................................................................................ 13
Water Inlet Valve Assembly ........................................................................................................ 14
Valve Operation ............................................................................................................................. 14
Water Temperature........................................................................................................................ 15
Automatic Dispenser ..................................................................................................................... 16
Drain Pump.................................................................................................................................... 20
Inverter ........................................................................................................................................... 21
Motor............................................................................................................................................... 21
CONSTRUCTION.......................................................................................................................................... 22
Cabinet ........................................................................................................................................... 22
Front Panel and Door Assembly...................................................................................................22
Bellows ........................................................................................................................................... 22
Outer Tub Assembly....................................................................................................................... 22
Spin Basket Assembly ................................................................................................................... 22
TROUBLESHOOTING .................................................................................................................................. 23
Consumer error code chart........................................................................................................... 57
Failure code chart ......................................................................................................................... 24
Tests ................................................................................................................................................ 25
Jacks and plugs ............................................................................................................................. 27
TEARDOWN ................................................................................................................................................. 28
Removing the detergent drawer .................................................................................................. 28
Detergent drawer disassembly ..................................................................................................... 28
Removing door strike .................................................................................................................... 29
Removing the loading door handle ............................................................................................. 29
Removing loading door ................................................................................................................ 29
Disassembling the door................................................................................................................. 30
Removing door hinges .................................................................................................................. 30
Releasing the bellows from the front panel ................................................................................ 31
Removing the door safety switch .................................................................................................31
Removing the lower front access panel ...................................................................................... 32
Removing the drain pump ............................................................................................................ 32
Disassembling the drain pump ..................................................................................................... 33
Removing the top panel................................................................................................................ 33
Removing the pressure switch ..................................................................................................... 34
Releasing the console................................................................................................................... 34
Removing the water temperature selector knob ........................................................................ 35
Removing the console................................................................................................................... 35

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Removing the electronic control .................................................................................................. 36
Removing the selector knob ......................................................................................................... 36
Removing the water temperature selector shaft ........................................................................ 36
Removing the programing buttons and springs .......................................................................... 36
Removing the front panel ............................................................................................................. 37
Removing the console mounting brace....................................................................................... 38
Removing the bellows (door boot) ............................................................................................... 38
Reinstalling or replacing the bellows .......................................................................................... 39
Removing the weight ring ............................................................................................................ 40
The water inlet and overflow/vent tube grommet ...................................................................... 41
Removing the water inlet grommet ............................................................................................. 41
Removing the overflow/vent tube grommet................................................................................ 41
Removing the overflow/vent tube ................................................................................................ 42
Removing the water inlet valve assembly .................................................................................. 42
Removing the water inlet screens ............................................................................................... 43
Removing the top rear brace........................................................................................................ 43
Removingthesuspensionsprings................................................................................................ 44
Removing the top center brace.................................................................................................... 44
Removing the detergent cavity assembly ................................................................................... 45
Removing the detergent dispenser outlet hose .......................................................................... 46
Removing the siphon break hose................................................................................................. 46
Removing the drain sump............................................................................................................. 46
Removing the hose between the drain pump and the drain hose coupler .............................. 47
Removing the external drain hose .............................................................................................. 48
Removing the drain hose coupler................................................................................................ 48
Removing the rear access panel..................................................................................................48
Drive belt ........................................................................................................................................ 48
Removing or replacing the drive belt .......................................................................................... 48
Removing the large pulley ........................................................................................................... 49
Removing the drive motor ............................................................................................................ 49
Removing the speed control board assembly............................................................................. 50
Removing the right hand air shock absorber.............................................................................. 51
Removing the left hand air shock absorber ................................................................................ 52
Removing the air bell.................................................................................................................... 52
Removing the tub assembly ......................................................................................................... 53
Spin basket vanes ......................................................................................................................... 55
Removing the spin basket vanes..................................................................................................56

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QUICK REFERENCE SHEET
1. Nomenclature location
2. Mini-manual location
On the front panel at the lower left of the
washer door opening.
Under the top cover taped to the dispencer.

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Resistance Ω
Electrical component @77°F(25°C)
Dispenservalvesolenoids 800 ± 7%
Door lock solenoid 1325 ± 10%
Pump motor 12 ± 7%
NTCthermistor 3K - 163K
M1TOM2 5.3 ± 7%
M2 TO M3 5.3 ± 7%
M1 TO M3 5.3 ± 7%
M4 TO M5 118 ± 7%
QUICK REFERENCE SHEET
Component resistance chart.
Water level
Water fill height 4 ± .5 “
No load, start position of permanent press cycle.
Electrical requirements.
Incoming water pressure.
Drain requirements.
Motor.
Circuit - Individual, properly polarized and grounded
15 amp. branch circuit fused with 15 amp. time
delay fuse or circuit breaker.
30 and 120 pounds per square inch (maximum
unbalance pressure, hot vs. cold, 10 psi.)
Drain capable of eliminating 17 gals (64.3 L) per
minute.
A standpipe diameter of 1-1/4 in. (3.18 cm) minimum.
The standpipe height above the floor should be:
Minimum height: 24 in. (61 cm)
Maximum height: 96 in. (244 cm)
Motor
No load agitate wattage - Max 150
No load spin wattage - Max 550

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Diagnostic Test:
The diagnostic test is performed by using the Cycles
knob. To START THE TEST:
•Turn the Cycles Knob to Spin. This is the
start position.
•Press Pause/Cancel to turn off the LEDs and
clear the control.
•Press Pause/Cancel a second time to turn the
LEDs back on.
•Within 5 seconds, press and hold the Option and
Pause/Cancel buttons until all LEDS start
flashing,thenrelease the buttons.
1. All the LEDs will sequentially light. Pressing any
button will light the corresponding LEDs in that
cluster at one time to confirm functionality.
2. Turn the cycles knob (1) click clockwise from
the start position. The hot water solenoid will activate
andhotwatershouldenterthroughthedetergent
compartment.
3. Turn the cycles knob (2) clicks from the start
position. The bleach solenoid will activate and cold
water should enter through the bleach compart-
ment.
4. Turn the cycles knob (3) clicks from the start
position. The bleach and wash water solenoids
will activate and cold water should enter through
the softener compartment.
5. Turn the cycles knob (4) clicks from the start
position. The door lock solenoid will activate.
6. Turn the cycles knob (5) clicks from the start
position. The door lock solenoid will deactivate
and the loading door can be opened.
7. Turn the cycles knob (6) clicks from the start
position.The washer will fill andthen tumble.
8. Turn the cycles knob (7) clicks from the start
position.Thewasher will fill and then spin(leakage
test).
9. Turn the cycles knob (8) clicks from the start
position. The drain pump and door lock solenoid
will activate and the washer will operate in high
spin.SAFETYWARNING: Ifpowerisremovedduring
this test, the door can be opened. To prevent injury,
DO NOT put your hands inside when the tub is
rotating.
10. Turn the cycles knob (9) clicks from the start
position. The control will signal the last error code.
See Troubleshooting,fordetailsforproperlyidentify-
ingthe error code on non-digital displaymodels.
Exiting Diagnostic Test Mode
TherearetwooptionsforexitingtheDiagnosticTestMode
andreturningthewashertonormaloperation:
a)Unplug the power cord, wait 5-8seconds, then
reconnectthepowercordOR
b) Turn the cycles knob clockwise 2 or 3 clicks after
the Start Position. Press Options and Pause Cancel
button together for a few seconds until wash cycle
LEDsappear.
If a situation arises where you cannot exit the
Diagnostic Test Mode as described above and the
bank of 5 LEDs on the right end remain ON
regardlessofProgram Knob position,acombination
of pushed buttons caused the control to enter a
specialfactorytest mode. Disconnectpowerto reset
the control to return the washer to normal operation
ifthisoccurs.
To clear latest stored error code:
Place the control in Diagnostic Test Mode.
•Turn the cycles knob (9) clicks from the Start
Position. The control will signal the last error code.
•Press and hold the Option and Pause/Cancel
buttons for 3 seconds. The code will be cleared.
•Exit Diagnostic Test Mode to return the washer to
normaloperation.

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Operation speeds:
Agitate Speed - RPM (Heavy, Regular, Quick, Perma Press, and Soak) 47
Agitate Speed - RPM (Hand Wash,Active Ware, and Delicate) 32
Spin speeds
Heavy, Regular & Quick
SpinSpeedR.P.M.(Low) 850
SpinSpeedR.P.M.(Medium) 900
SpinSpeedR.P.M.(Max) 950
Perm Press & Active Ware
SpinSpeedR.P.M.(Low) 800
SpinSpeedR.P.M.(Medium) 850
SpinSpeedR.P.M.(Max) 900
Delicate & Hand Wash
SpinSpeedR.P.M.(Low) 350
SpinSpeedR.P.M.(Medium) 400
SpinSpeedR.P.M.(Max) 450
Soak
SpinSpeedR.P.M.(Low) 350
SpinSpeedR.P.M.(Medium) 400
SpinSpeedR.P.M.(Max) 450
Rinse/Spin
SpinSpeedR.P.M.(Low) 850
SpinSpeedR.P.M.(Medium) 900
SpinSpeedR.P.M.(Max) 950

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WIRING DIAGRAM

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About the washer control panel.
OPERATING INSTRUCTIONS
You can locate your model number at the top inside of the door opening.
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Control Settings
Automatic Dispenser and Safety Latch
Safety latch slides to the right to open drawer. (Latch locks to the left on its own.) Add detergent,
liquid bleach and fabric softener to this drawer.
Wash Cycle
The wash cycle controls the length of the washing process. The chart below will help you match the
wash cycle setting with your loads. Set the desired wash cycle by turning the cycle knob.
HANDWASH For items labeled hand-washable with light soils. Provides gentle rocking to mimic the handwashing action.
DELICATE For lingerie and special-care fabrics with light to normal soil. Provides gentle tumbling and soak during wash
and rinse.
ACTIVE WEAR For active sports, exercise and some casual wear clothes. Fabrics include modern technology finishes and
fibers such as spandex, stretch and micro-fibers.
QUICK WASH For lightly soiled items you need in a hurry.
PERMA PRESS For wrinkle-free and permanent press items.
HEAVY For heavily soiled cottons, household linens, work and play clothes.
Temperature
Select the water temperature for the wash and rinse cycles. Always follow garment manufacturerÕs
care label or instructions when laundering.
Spin Speed
The HIGH spin speed is for durable items.
The MEDIUM spin speed is for delicate items like sweaters and lingerie.
When using the MEDIUM spin speed, clothes will be less dry than when using the HIGH spin speed.
START/PAUSE CANCEL
Start the washer by closing the door and pressing the START button.
To stop the washer, press the PAUSE CANCEL button. Press the START button to restart.
The washer will not operate with the door open.
The door will automatically lock during the entire wash cycle.
53 4
1
2
3
4
5

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About the washer features.
Signal
When the Signal is ON, it will sound
at the end of the cycle.
Extra Rinse
(available on some cycles)
Use an extra rinse when additional rinsing
is desired to remove excess dirt and
detergent from soiled loads.
Door Lock Indicator Light
The indicator light is ON and the door is
locked when the START button is pressed.
The light turns OFF at the end of the cycle.
Control Lock
To prevent accidentally starting or
stopping the washer, press OPTIONS and
SELECT at the same time until the Control
Lock indicator is lighted. To unlock the
controls, press OPTIONS and SELECT again.

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OPERATION
Control
The control is mounted to the back of the console.
The control:
1. Provides power to the dispenser solenoids,
wax motor, door lock solenoid, drain pump and
speed control board.
2. Sends signals to the speed control board to
tell it what program to run.
4. Checks the status of the reed switch, door
switches and the sensor.
Dispenser Drawer Reed Switch
The dispenser drawer reed switch is a safety switch
thatpreventsthewasherfromoperatingwhenthewash
orrinsecycleswhen the dispenser drawer is open. The
switch is located behind the control panel next to the
dispenserdrawer.Theelectroniccontrolboardsendsa
signal through the reed switch circuit. When the signal
is interrupted by the contacts of the reed switch being
open, the board prevents the washer from operating.
Thereedswitchcontactsarecontrolledbythe magnetic
field of the magnet located in the front panel of the dis-
penserdrawer.
When the drawer is closed, the magnet causes the
contactsofthereedswitchtoclosecompleting a circuit
in the control board.
Door Switch Assembly
The door switch assembly, located behind the front
panel,isasafetyfeaturethat preventsthewasher from
operating when the door is open and locks the door in
the spin cycle.

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Thedoorlockassemblyismadeupof acoil,doorswitch,
switchactuator,lockingfork,waxmotor,auxiliaryswitch
and spin lock arm.
When a cycle is selected and the start pad is touched,
thecontrolboardappliespowertothecoil. Themagnet
field of the coil pulls the locking fork down and tries to
pull the contacts of the door lock switch closed. If the
washer door is open, a tab on the switch actuator
prevents the contacts from closing and the locking fork
will not allow the door to be closed until the stop pad is
touched, removing current from the coil. When the
washer door is closed, the door strike pivots the switch
actuator out of the way allowing the magnetic field of
the coil to close the contacts of the door lock switch
and the locking fork locks the door. The wax motor
and spin lock arm are used to prevent the door from
being opened while the spin basket is still spinning.
Power is applied to the wax motor when the washer is
in spin. When power is applied to the wax motor, it
expands its piston within 30 to 40 seconds driving the
spin lock arm between the locking fork and the switch
actuator holding the locking fork down. At the same
time, the piston closes the door lock auxiliary switch
allowing the washer to go into spin. When power is
removedfromthewaxmotor,ittakesabout90seconds
for the wax motor to cool down and retract the piston,
pulling the spin lock arm back away from the locking
forkandauxiliaryswitch. Thisprovidesenoughtimefor
the spin basket to slow its rotation down to the wash
speed before the door could possibly be opened.
Contact Wax Motor
Coil
Switch
Actuator
Locking
Fork
Pressure Switch
The pressure switch is mounted to the right side panel
underthetopofthewasherandcontrolsthewaterlevel
in the washer.
Thepressureswitchismadeupofasinglepole,double
throw switch, but only contacts 1 and 2 are used. The
contacts are controlled by a bellows inside a sealed
chamber. The chamber is connected by a hose to the
air bell located at the bottom of the washer attached to
the drain boot. L 1 is applied to the pressure switch by
the control. If the water level is below 1/2 inch from the
bottomofthespinbasket, contacts1 to2ofthepressure
switch close applying power to one side of the (3)
solenoids of the water valve assembly. The other side
of the solenoids are connected to neutral by relay
contacts on the control board. When the cycle calls
forwater,dependingonthewatertemperatureselected
and the increment of the cycle, the control board
connectsoneortwoofthreethesolenoid coilstoneutral,
activating the water valve solenoids. When the
correctedwaterlevelisreached contacts1and2open,
signaling the control to remove neutral from the
solenoids.
Auxiliary
Contacts
Spin
Lock
Arm
Switch
Actuator
Locking
Fork Spin
Lock
Arm

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The hot and wash solenoids share a common output
cavity, withthebleachsolenoidhavinga separateoutput
cavity.
Valve Operation:
The (3) inlet solenoid valves are identical in
construction and operation. The valve body provides
anairpassagewithlargeorificeandseatwherethewater
canbestopped.Theoutletofthevalvebodyemptiesinto
the chamber. A moveable rubber diaphragm operates
againstthevalveseattostartandstoptheflowofwater.
The diaphragm is operated by water pressure. It has a
smallbleedorificeoutsidetheseatcontact area, and a
large main orifice at its center. The armature of the
solenoidserves to open and close the mainorifice.
The armature operates within a closed metal tube
(valve guide) which is sealed by the outer edge of the
diaphragm to the valve body. A coil spring holds the
armature down against the diaphragm main orifice
when the solenoid is not energized.
Thefollowinglinedrawingsandtextexplainbasicvalve
operation.
When the valve is in a closed position, the solenoid is
not energized. Water has bled through the diaphragm
bleed orifice placing incoming line pressure on top of
the diaphragm. The bottom of the diaphragm is
essentiallyatatmosphericpressure(opentotheoutlet)
and the pressure differential holds the valve shut.
Water Inlet Valve Assembly:
The water inlet valve assembly is made up of a plastic
housing and 3 solenoids.
The hot solenoid is connected to the incoming hot wa-
ter. The wash and bleach solenoids share a common
input cavity that is connected to the cold water supply.
Hot
Wash
Bleach

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Whenthesolenoidisde-energized,thearmaturedrops
down, closing the diaphragm main orifice. Water
continues to flow through the diaphragm bleed orifice,
equalizing thepressureandallowingthespringtopush
thediaphragmdownagainstthevalveseat.
Water Valve Closing
Water Temperature:
When the TEMPERATURE switch is set to Hot/Cold in
the wash cycle, the hot solenoid is activated and the
bleach solenoid is activated, for all except the last fill, in
rinse. Forthelastrinsefillthewashand bleachsolenoids
are activated. When the TEMPERATURE switch is set
to Warm/Cold in the wash cycle, the hot and wash
solenoids are activated and the bleach solenoid is
activated, for all except the last fill, in rinse. For the last
rinse fill, the wash and bleach solenoids are activated.
WhentheTEMPERATURE switchissettoWarm/Warm
in the wash cycle, the hot and wash solenoids are
activated and the bleach solenoid is activated, for all
except the last fill, in rinse. For the last rinse fill, the hot
andbleachsolenoidsareactivated.
WhentheTEMPERATURE switch is setto Cold/Cold in
the wash cycle, the wash solenoid is activated and the
bleach solenoid is activated, for all except the last fill, in
rinse. For the last rinse fill, the wash and bleach
solenoidsareactivated.
Water Valve Closed
Whenthesolenoidisenergized,theresultingmagnetic
field pulls the armature up into the valve guide. The
armaturespringiscompressedbythisaction. Whenthe
armaturemovesup,itallowsthewateronthetopofthe
diaphragmtodrainthroughthemainorifice.
The diaphragm bleed orifice is much smaller than the
main orifice and will not admit enough water to
maintain pressure on the top side of the diaphragm.
Thus, as the pressure on the top of the diaphragm is
reducedtoalmostzero,thepressureonthebottomlifts
the diaphragm off the valve seat, allowing a full flow of
water.
Solenoid Activated
Water Valve Open and Diaphragm Up
Softener

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Automatic Dispenser:
Theautomaticdispenserfor detergent,liquidbleachand
fabricsoftenersystemismadeupofthedispensercavity,
and a removable drawer with three cavities, one for
detergent, one for bleach and one for fabric softener.
Aplasticconveyerissnappedtothebottomofthedrawer
to direct the outputs, from the bleach and softener
chambers,tothedispenserhousing outletchannel. This
prevents the mixtures from coming out the front of the
drawer.
The2outletsofthewaterinletvalveassemblyareinserted
into the rear of the automatic dispenser. During the fill
cycles,waterisdirectedinto thetopofthecavitythrough
2 inlets. The inlet on the right, as view from the front of
the washer, is connected to the combination output of
thehotwatersolenoidandthecentercoldwatersolenoid.
The inlet on the left, as viewed from the front of the
washer, is connected to the left-hand cold water
solenoid.

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Inthefillcycles,waterentersintothetopofcavityandis
directedacrossthe top of the cavity by4channels. The
dispenserbypasschannel,thedetergentchannel,bleach
channel and the fabric softener channel The channel
thatreceivesthewaterisdeterminedby which inlet sup-
plies the water or if both inlets supply the water.
Thedispenseadvancedrinsing technology channel re-
ceives water whenever inlet on the right, as view from
thefront of the washer,isactivated.
Thispathallowsthewatertobypassdispenserthedrawer
and enter the tub by a advanced rinsing technology
hose connected between cavity and the bellows.
Thedetergentdispenserchannelreceiveswaterfromthe
right-handinput,asviewedfromthefrontofthewasher.
Thedetergent channel forms a loop thatallowsthe wa-
terto passoverthe detergent section of thedrawer.

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Asthewaterpassesoverthedetergent section, holesin
thecavityallowsomeofthewaterto enter and flush the
detergentcavity.
Since the flow of the incoming water is more than the
holes can dispense, the excess water backs up into a
channelacross the rear of the dispenser.
Water in this channel and the mixture from the deter-
gent drawer flow into the tub through the large hose at
therearofthe dispenser.
Detergent is dispensed at the start of the cycle, but
bleach and fabric softener are not dispensed until later
in the cycle. To allow all three items to be added to the
washerbeforethestartofthecycle, the bleach and soft-
ener cavities in the drawer have tubes molded into the
bottomof them.
These tubes allow bleach or softener to be added to
theircavitywithoutbeingdispensedas long astheliquid
is below the top of the tubes. At the proper time in the
cycle,whenbleachorfabricsofteneristobedispensed
water is added to the cavity. This raises the mixture
above the top of the tube and the bleach or fabric soft-
ener starts flowing into the tub.
Bleach
Softener

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Toallowthecavitiestoempty,thecoverofthedetergent
drawercoverhastubesmoldedintoit. The tubes fitover
the tubes in the cavities.
These tubes are larger than the tubes in the cavity and
are designed to fit over the tubes, but not touch the
bottom of the cavity when the cover is installed. When
water is added to either the bleach or fabric softener
liquid, the mixture level rises between the tubes above
the tubes in the cavity and flows into the washer tub.
Since the end of the tube on the insert does not touch
the bottom of the cavity, a siphoning action will start
when the solenoid activates and allows water into the
cavity. The added water creates an “overfill” condition
and starts the siphoning. The cavity will empty itself
when the water is turned off by the solenoid.
The bleach dispenser channel receives water from the
left-hand input, as viewed from the front of the washer.
The bleach channel forms a path that allows the water
to pass over the bleach cavity section of the cavity.
As the water pass over the bleach section, holes in the
cavityallowsome of the water toenterandmix with the
bleach.
Thisraisesthemixturelevelabovethetubesinthedrawer
bleach cavity allowing the mixture to flow into the tub.

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Likethedetergentchannel,whentheflowoftheincoming
water is more than the holes can dispense, the excess
water backs up into the channel across the rear of the
dispenser and flows into the tub.
For water to enter the fabric softener channel, both the
left and right inlets must be activated. As the water
from the left inlet passes over the channel, it collides
withthewaterfromtherightinlet.Thiscollision changes
the water path directing it to the front of the cavity and
into the fabric softener channel. The fabric softener
channelforms a loop that allows thewater to pass over
thefabricsoftenercavitysectionofthe drawer.
As the water passes over the fabric softener section,
holes in the cavity allow some of the water to enter and
mix with the fabric softener.
Thisraisesthemixturelevelabovethetubesinthedrawer
fabricsoftenercavityallowingthe mixturetoflowintothe
tub. Like the detergent channel, when the flow of the
incoming water is more than the holes can dispense,
the excess water backs up into the channel across the
rear of the dispenser and flows into the tub.
Drain Pump:
The drain pump is mounted to the bottom plate of
the washer behind the access panel. It operates on
120 VAC and is controlled by the control board and
pressure switch. The pump out specifications of the
drain pump vary from 12 G.P.M with a 3 foot
standpipe height to 7 G.P.M. with an 8 foot standpipe
height.