GE Profile WPGT9150 How to use

GE Appliances
General Electric Company
Louisville, Kentucky 40225
31-9171
GE Profile
High-Efficiency Washer
WPGT9150
Technical Service Guide
June 2008
GE Consumer & Industrial
Start
Power
Start
Power

– 2 –
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 in-
terpretation of this information, nor can it assume any liability in con-
nection with its use.
WARNING
To avoid personal injury, disconnect power before servicing
this product. 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 Products
Technical Service Guide
Copyright © 2008
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.

– 3 –
Table of Contents
Backsplash...........................................................................................................................................................................15
Basic Wash Cycle............................................................................................................................................................. 9
Bearing Housing Assembly..........................................................................................................................................30
Brake Resistor.....................................................................................................................................................................17
Clutch Shifter Assembly.................................................................................................................................................28
Component Locator Views...........................................................................................................................................12
Component Logic Flow Chart.....................................................................................................................................31
Control Features................................................................................................................................................................ 6
Control System..................................................................................................................................................................15
Drain Pump..........................................................................................................................................................................22
Error Codes..........................................................................................................................................................................35
Introduction......................................................................................................................................................................... 5
Inverter..................................................................................................................................................................................16
Inverter and Main Board Pin Connectors..............................................................................................................14
Main Control Board and LCD.......................................................................................................................................15
Motor Assembly................................................................................................................................................................26
Nomenclature.................................................................................................................................................................... 4
Operation Overview......................................................................................................................................................... 9
Outer Tub and Suspension Assembly.....................................................................................................................25
Pressure Sensor (Water Level Switch).....................................................................................................................18
Schematic.............................................................................................................................................................................38
Test Mode.............................................................................................................................................................................32
Thermistor/ATC Control (Auto Temp)........................................................................................................................24
Top Cover..............................................................................................................................................................................20
Troubleshooting................................................................................................................................................................32
Warranty..............................................................................................................................................................................39
Wash Basket.......................................................................................................................................................................21
Wash Cycle Chart Example.........................................................................................................................................11
Washer Components......................................................................................................................................................15
Washer Features............................................................................................................................................................... 8
Water Valve Assembly...................................................................................................................................................19

– 4 –
Capacity/Configuration
L = Large S = Super Capacity Plus
X = Extra-Large K = Compact
G = Giant
Back Splash
Color
The first two characters of the serial number
identify the month and year of manufacture.
Example: AR123456S = January, 2008
A- JAN 2008 - R
D - FEB 2007 - M
F - MAR 2006 - L
G - APR 2005 - H
H - MAY 2004 - G
L - JUN 2003 - F
M - JUL 2002 - D
R - AUG 2001 - A
S - SEP 2000 - Z
T - OCT 1999 - V
V - NOV 1998 - T
Z - DEC 1997 - S
The letter designat-
ing the year repeats
every 12 years.
Example:
T - 1974
T - 1986
T - 1998
Model number and serial number are located
on the rear of backsplash.
Note: The technical sheet is located inside
the control panel.
Serial Number
W P G T 9 1 5 0 H 0 W W
Model Number
GE Washer
Feature Pack
Common Brand Features
Exceptions:
H = Energy Star
P = Profile™
N = Special
Control Platform
B = Buttons (Touch Pad)
T = Touch Screen
Number of Speed
Combinations
Body Color
Engr. Revision
Model Year
Designator
Voltage
0 = US Voltage
Number of Cycles
00 = Infinite Electronic
Nomenclature
Nomenclature

– 5 –
Introduction
Start
Power
Start
Power
General
The GE Profile High-Efficiency Washer is part of the
GE Profile Clothes Care system utilizing the latest
developments in washing technology.
The Profile High-Efficiency Washer does not
use the typical agitator found on conventional
washers. Instead, the direct drive motor, capable
of spinning at 1,000 rpm, and the 304 stainless
steel wash basket create a centrifugal force that
pulls wash water through fabrics for a thorough
cleaning action. (See Operation Overview.)
Profile High-Efficiency Washers also utilize an
automatic load sensing system to determine load
size and water levels. The washer automatically
fills the wash basket with the appropriate amount
of water needed for optimal wash performance.
Other features include:
Auto-Balance Suspension - The washer is
programmed to correct out of balance situations.
(See Operation Overview.)
Flow-ThruTM Dispensers - Each of the four
dispensers is timed to release at the right time during the wash cycle. Each reservoir is flushed with water to
pre-dilute the product before adding it to the washer. This flushing action removes all product to help keep
the compartment clean and free flowing.
Note:The bleach dispenser fills during the main wash to dispense the bleach and refills during the rinse
cycle to flush any remaining bleach from the reservoir.
Direct Drive Motor - The washer does not use a transmission or mechanical brake. Direct drive technology
results in fewer moving parts for smooth, quiet operation. (See Motor Assembly.)
InfusorTM Wash - The washer has specific cycles that aid in mixing the detergent/water solution.

– 6 –
Throughout this manual, features and appearances may vary from your model.
Control Features
26 3 5
14
(Continued Next Page)
1Power
Press to “wake up” the display. If the display is active, press to put the washer into idle mode.
Note: Pressing POWER does not disconnect the appliance from the power supply.
2Wash Cycles
The wash cycles are optimized for specific types of wash loads. The chart below will help you match
the wash setting with the loads. The GentleClean™ lifters lightly tumble the clothes into the water and
detergent solution to clean the load.
_____________________________________________________________________________________
______________________________________________________________________________________
WHITES/HEAVY DUTY For heavily to lightly soiled white cottons, household linens, work and play
clothes.
COLORS/NORMAL For heavily to lightly soiled colorfast cottons, household linens, work and play
clothes.
______________________________________________________________________________________
COMFORTER For comforters and bedspreads.
_____________________________________________________________________________________
COTTONS/TOWELS For cottons and towels.
_____________________________________________________________________________________
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.
______________________________________________________________________________________
DELICATES For lingerie and special-care fabrics with light to normal soil. Provides gentle tumbling and
soak during wash and rinse.
_____________________________________________________________________________________
HANDWASH For items labeled hand-washable with light soils. Provides gentle rocking to mimic the
handwashing action.
_____________________________________________________________________________________

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WASHABLE WOOL For the washing of machine washable wool products, provided that they are
washed according to the instructions on the garment label. When selecting this cycle, you
must use a detergent suitable for washing wool.
_____________________________________________________________________________________
MY CYCLE Press to use, create or modify custom wash cycles.
_____________________________________________________________________________________
SPEED WASH For lightly soiled items that are needed in a hurry. Cycle time is approximately 30
minutes, depending on selected options.
_____________________________________________________________________________________
RINSE & SPIN To quickly rinse out any items at any time.
3Soil Level
Changing the SOIL LEVEL increases or decreases the wash time to remove different amounts of soil.
To change the SOIL LEVEL, press the SOIL LEVEL button until you have reached the desired setting.
You can choose between Light, Normal or Heavy soil.
4Wash/Rinse
Adjust to select the proper water temperature for the wash cycle. The prewash and rinse water are
always cold to help reduce energy usage and reduce setting of stains and wrinkles.
Follow the fabric manufacturer’s care label when selecting the wash temperature.
To change the wash temperature, press the WASH/RINSE button until you have reached the desired
setting.
Note: The first 10 seconds of the wash fill are always cold. This feature assists in conditioning the
fabric and preventing stains from setting on garments.
5Spin Speed
Changing the SPIN SPEED changes the final spin speed of the cycles. Always follow the fabric
manufacturer’s care label when changing the SPIN SPEED.
To change the SPIN SPEED, press the SPIN SPEED button until you have reached the desired setting.
Higher spin speeds are not available on certain cycles, such as Delicates.
Higher spin speeds remove more water from the clothes and will help reduce dry time, but may also
increase the possibility of setting wrinkles on some fabrics.
6START/PAUSE
Press to start a wash cycle. If the washer is running, pressing it once will pause the washer. Press
again to restart the wash cycle.
Note: If the washer is paused and the cycle is not restarted within 15 minutes, the current wash cycle
will be cancelled.
Note: The washer performs automatic system checks after pressing the START button. Water will
flow in 45 seconds or less.

– 8 –
Washer Features
_________________________________________________________________________________________
_________________________________________________________________________________________
_________________________________________________________________________________________
_________________________________________________________________________________________
Cycle Signal
Use the SIGNAL button to change the volume of the end of cycle
signal. Press the button until you reach the desired volume.
Soak
SOAK is an extra wash before the main wash. Use it for heavily
soiled clothes or for clothes with a care label that recommends
soaking before washing. Be sure to add high-efficiency detergent,
or the proper wash additive to the soak dispenser.
Notes:
When selecting SOAK, it is recommended to use powder• detergent in the main wash (detergent) compartment.
The maximum soak time is 3 hours.•
Extra Rinse
Use EXTRA RINSE when additional rinsing is desired to remove
excess dirt and detergent from soiled loads.
Delay Start
You can delay the start of a wash cycle for up to 24 hours. Press
the DELAY START button to choose the number of hours you want
to delay the start of the cycle, then press the START button. The
machine will count down and start automatically at the correct
time.
Note: If you open the lid when the delay is counting down, the
machine will enter the pause state. You must close the lid and press
START again in order to restart the countdown.
MY CYCLE
To save a favorite cycle, set the desired settings for wash cycle,
soil level, spin speed and wash temp settings and hold down the
MY CYCLE button for 3 seconds. A beep will sound to indicate the
cycle has been saved. To use your custom cycle, press the MY
CYCLE button before washing a load. To change the saved cycle,
set the desired settings and hold down the MY CYCLE button for 3
seconds.
Notes:
When using MY CYCLE, wash options cannot be modified after• the cycle has been started.
If you change wash options with MY CYCLE before starting the• cycle, the MY CYCLE light will turn off and you will be returned
to the base cycle.

– 9 –
Operation Overview
Basic Wash Cycle
Note:See Component Locator Views for identification
and location of washer components.
After a load is placed in the basket, the user selects
the appropriate wash cycle and presses start.
Cycle time and wash patterns will vary depending
on user time adjustments, soil level adjustments,
fabric type, and wash-load weight.
Dry Load Sensing
Before an initial fill, the infusor rotates the dry
clothes load. This rotation is controlled by the
inverter which measures the amount of time it
takes for the motor to coast to a stop. The larger
the clothes load, the less momentum the motor is
capable of generating, so the faster it will stop. The
infusor will rotate back and forth up to four times.
This information is used to determine the initial
water fill level.
Water Fill
The washer automatically fills to the proper
level based on the load sensing measurements.
Depending on the cycle chosen and the quantity
of clothes, there are 27 possible water levels. This
information is stored in memory for the final rinse at
the end of the wash cycle. Water levels are matched
to load size using approximately one-third less
water than typical top load washers.
Note: The washer can use as little as 17.5 gallons of
water for small loads and has an average water use
of 27 gallons per load.
Wet Load Sensing
After the first fill, the infusor and basket lock
together and rotate to measure the clothes load.
During this time, the motor momentum is measured
again. The washer compares this information to
the previous dry load sensing measurements and
determines if additional water is required.
Note:Dry load and wet load sensing are used on all
cycles except COMFORTERS.
COMFORTERS cycle defaults to the maximum water
level.
Wash Water Temperature
During the fill, the washer monitors and regulates
wash water temperatures within 5°F (-15°C) of
the target temperature. This accuracy is achieved
using a thermistor, located in the outer tub, which
monitors the tub water temperature during the fill
cycle.
Based on information received from the thermistor,
the inverter controls the hot and cold inlet valves
to achieve the desired wash temperature. (See
Thermistor/ATC Control Auto Temp.)
Target Water Temperatures:
Hot - 120°F (49°C)
Warm - 90°F (32°C)
Cold - 66°F (19°C)
Tap Cold - 60°F (16°C)
During the fill, the basket slowly rotates in a
clockwise direction. This action mixes the detergent
and water to assure proper distribution and assure
the thermistor is reading an accurate basket water
temperature.
Basket Wash
The infusor and wash basket lock together and
rotate clockwise and then counterclockwise.
This action mixes the detergent and water while
distributing the clothes evenly in the wash water.
The basket wash speed is based on fabric type and
load size. Delicate fabrics are gently rotated while
heavier fabrics are rotated more vigorously.
(Continued Next Page)

– 10 –
As water passes through the fabric, its natural
cleansing action washes away dirt without
damaging or tangling the fabric.
Water
Current
Fabric Soil
Infusor Wash
Following the centrifusion wash cycle, the basket
and infusor unlock. The infusor rotates to evenly
distribute the wash load while continuing to clean.
The redistribution of fabrics helps ensure that the
lint and dirt do not become trapped.
Conditioning Spin
The infusor and wash basket lock together. The
basket spins very slowly at first. This allows dirty
wash water and lint to drain through the holes in the
bottom of the basket before a higher spin begins.
When the washer senses that the excess water has
drained, the wash basket accelerates to a higher
speed.
Cyclone Spin
Spin speeds are adaptive to the fabric type that is
selected by the user. Speeds can be as slow as 500
rpm for delicates and up to 1000 rpm for heavy
items. The spin is designed to extract as much water
and detergent as possible without harming fabrics.
Anti-Suds Lock
During the spin cycle, excessive suds can cause
excessive torque on the motor. If the washer detects
this condition, it will run through the rinse, drain,
and spin cycle (up to three times) in an attempt to
eliminate the excess suds.
Out of Balance
The washer is programmed to correct out of balance
situations during spins. If the washer senses an out
of balance load, the spin is stopped and the washer
drains. The washer then refills and agitates to allow
the infusor wash cycle to redistribute the load before
starting the spin again. The washer will attempt to
rebalance the load three times before optimizing the
spin to a lower speed where balance is sustainable.
Spray Rinse
The infusor and wash basket turn at a slow speed
while fresh, clean water is added to the wash load.
The spin cycle then drains this rinse water and
prepares the wash load for a final rinse.
Final Rinse
The washer retrieves the information it gathered for
adaptive fill cycle and uses that information to refill
the washer for the final rinse. Cold water enters the
basket through the fabric softener dispenser to dilute
the softener into the basket and rinse the dispenser
clean. The wash basket fills to the optimal level and
goes into a basket wash cycle where the clothes and
fabric softener are mixed thoroughly. A final spin
finishes the cycle.
Note: All rinse cycles use cold water and the (ATC)
automatic temperature control is not used. The cold
rinse is the same temperature as the incoming cold
water supply.
After several seconds of clockwise spinning, the
basket slows down and stops. The wash water pools
back into the wash basket. The wash basket starts
spinning in the counterclockwise direction creating
the same cleaning action. The washer will change
direction (up to four times) before going to the next
cycle.
Centrifusion Wash
The locked infusor and wash basket begin a
clockwise spin (figure 1). The speed of the spin is
customized to the load type and fabric type. As the
basket spins faster, it creates a strong flow of water
under the centrifugal force (figure 2).

– 11 –
Wash Cycle Chart Example
User Selection of Cycle
Dry Load Sensing
Water Fill
Wet Load Sensing
Wash Process
Spin and Drain*
Spray Rinse
Final Rinse
Centrifusion Wash
Infusor Wash
Spin and Drain
Spin and Drain
Basket Wash
Adjust Water Fill (only if needed)
Adjust Water Temp
*Spin Information
Maximum spin speeds will vary depending on the cycle:
Hand-wash 500 rpm
Delicate 600 rpm
Normal 1000 rpm
Heavy 1000 rpm
• The Delicate cycle ramps up to maximum speed by first
spinning to 400 rpm then pausing, then to 500 rpm.
• Normal and Heavy cycles ramp up to maximum speed
by first spinning to 400 rpm and pausing, then to 700
rpm and pausing, then to 1000 rpm.

– 12 –
Component Locator Views
Tub Cover
Balance Ring
304 Stainless Wash Basket
Infusor
(Continued Next Page)
Motor
Pressure Sensor Hose
Wiring Harness Drain Pump
Suspension Rod

– 13 –
Note: To view the
basket while it is in
operation, open the lid
and place a magnet
on the left front corner
of the top cover (in
front of the bleach
dispenser).
Lid Switch
Pressure Sensor
Bleach Water Reservoir
Additive Dispenser
Underside of Top Cover
Magnet
Main Control Board
Inverter Water Valve Assembly
Brake Resistor
RF Choke & Fuse
Water Inlet Ports
Backsplash
A/C Input
As Seen from Back of Washer
Pressure Sensor

– 14 –
Main Board
Inverter Board
Inverter and Main Board Pin Connectors
Lid Switch
Thermistor
Clutch Motor
Ground
Power LED
Hall Sensor
Water Valve Assembly
Pressure Sensor
Washer Motor
Drain Pump
Brake Resistor
Main Board CON2
Main Board CON1
120 VAC Input From RF Choke
LCD Display
Power Switch
Cable 1 to CON2
Cable 2 to CON1

– 15 –
Washer Components
2. Place a towel over the lid of the washer to
prevent scratches to the surface. Lift each
corner of the backsplash vertically while
pulling back to disengage the 2 tabs. Roll the
backsplash forward so it rests on top of the
washer.
Backsplash
The backsplash must be removed to access the
control system components.
To remove the backsplash:
Remove the 4 Phillips-head screws that hold the1. backsplash in place.
Tab Tab
3. Lift the backsplash rear panel vertically and
remove.
Control System
The washer control system consists of two main
components:
Main PCB•
Inverter PCB•
Caution: To prevent electrostatic discharge from
damaging any electronic components, use an ESD
wristband or touch a grounded metal surface before
servicing.
Main Control Board and LCD
The main control board and LCD are attached to the
backsplash as one unit. The main control board and
LCD are only available as a complete assembly.
To remove the main control board and LCD
assembly:
Remove the backsplash. (See1. Backsplash.)
Remove the 4 Phillips-head screws that hold2. the main control board and touch screen LCD
assembly in place. Remove the assembly.
Rear Panel

– 16 –
The inverter receives 120 VAC through the• connector (RF choke). If 120 VAC is not present,
check the wall outlet, power cord, and RF choke.
The RF choke filters the line voltage and• contains an in-line fuse. It is replaced as an
assembly.
3. Lift the inverter box up. Press the 3 tabs on the
front of the inverter box and gently pry it open.
Inverter
The inverter board is enclosed in a protective box
mounted on the top cover under the backsplash.
To access and remove the inverter:
Remove backsplash. (See1. Backsplash.)
Remove the 2 Phillips-head screws that hold the2. inverter box in place.
4. Mark and remove the wiring from the inverter
board. Remove the inverter.
Testing the Inverter
120 VAC Input From RF Choke
RF Choke
Fuse
When the washer is plugged in, there is 5 VDC at• pins 1 and 2 on the dark blue 7-pin CON2. (See
Testing the Inverter photo.)
(Continued Next Page)
IC300
Power LED
Tab
Tab Tab
CON2

– 17 –
Pins Voltages
1 and 2 5 VDC
1 and 3 12 VDC
1 and 4 20 VDC
After 5 minutes, if there is no additional input,• the washer shuts off and the power LED shuts
off. There is no voltage on pins 1 and 3 and 1
and 4 at this time.
If the washer operates through a cycle, the• inverter voltages at CON2 will be present until
the lid is opened.
If the Power LED is lit and if one of the three• voltages (5 VDC, 12 VDC, or 20 VDC) at CON2 is
not present, the inverter is bad.
When the washer is turned on by pressing a• membrane pad, the Power LED on the inverter
comes on.
When the Power LED is on, the 12-VDC power• supply on the inverter board is energized and
the below listed voltages are on CON2:
CON2
1234567
Brake Resistor
The brake resistor absorbs energy from the• reversing of the motor during the brake cycle.
The brake resistor only operates when the• washer loses power or the lid is lifted during a
cycle.
Under normal operation, the tub coasts to a• stop at the end of a cycle.
The approximate resistance value of the brake• resistor is 70 Ω.
If the resistor is shorted, the motor will not start.•
If the resistor opens while the motor is spinning,• the inverter board can be damaged.
Look for a burnt IC labeled IC300 on the inverter• board. Both the resistor and inverter board
should be replaced if the IC300 is damaged. (See
Testing the Inverter photo.)
To remove the brake resistor:
Remove the 2 Phillips-head screws that hold the1. brake resistor in place.
Disconnect the 2 wiring harnesses from the2. brake resistor. Remove the brake resistor from
the mounting pin.
Disconnect
Disconnect
Mounting Pin
Brake Resistor

– 18 –
Pressure Sensor (Water Level Switch)
The pressure sensor is connected by a clear hose to
an air reservoir near the bottom of the outer tub and
operates by a frequency (kHz) signal to the inverter
board.
The pressure sensor wires (purple, orange, and blue)
are connected at pins 1, 3, and 4 at the 4-pin red
connector on the inverter board. (See Inverter and
Main Board Pin Connectors.)
The approximate resistance value of the transducer,
measured between the purple and orange wires, is
20 Ω.
When the water level rises in the washer tub,• air is trapped in the reservoir. As the water level
rises, the air pressure in the reservoir increases.
The pressure is translated into an electrical• signal (frequency) by the pressure sensor.
The frequency will vary from approximately• 27 kHz (empty tub) to 22 kHz (full tub).
This frequency can be measured at the pressure• sensor between the purple and orange wires.
The frequency is monitored by the inverter, which
turns off the water valves when the desired water
level is achieved.
Note:The water level will vary depending on the
load size, which is measured by the dry load and
wet load sensing cycles. This information is sent to
the inverter, which then determines the appropriate
water level. Minimum fill is 17.5 gallons, and
maximum fill is 27 gallons.
(Continued Next Page)
Set the wash cycle to SNEAKERS. This cycle1. bypasses the load sensing feature and defaults
to the minimum water level.
Measure the water level from the center hub of2. the infusor (it should be approximately 2 inches
deep in the tub).
Set the washer to3. COMFORTER. This cycle
bypasses the load sensing feature and defaults
to the maximum water level.
Measure the water level from the center hub of4. the infusor (it should be approximately 11 inches
deep in the tub).
Note:Before disconnecting the hose from the
pressure sensor, be sure the water level is below the
bottom of the spin basket.
Pressure Sensor Test
If the pressure sensor is not operating correctly,
perform the following test:
LID
S/W
12
3
4
Red
Purple
Orange
Dk. Blue
White White
White
PRESSURE
S/W
213

– 19 –
3. The pressure sensor is held in place by 3 tabs.
With a flat-blade screwdriver, press the tabs
back and lift the water level switch up and out.
4. Disconnect the clear hose from the pressure
sensor.
Disconnect
Clear Pressure Hose
Tab
Tab
Tab
Water Valve Assembly
The water valve consists of a valve body and five
solenoid coils. It is only available as a complete
assembly. Each solenoid controls a specific water
function.
Each coil on the water valve assembly has an• approximate resistance value of 30 Ω.
Each coil receives power from the inverter. They• are connected to the 6-pin blue connector on
the inverter board. (See Inverter and Main Board
Pin Connectors.)
When energized, there should be approximately• 13 VDC at the appropriate coil.
To remove the water valve assembly:
Remove the backsplash. (See1. Backsplash.)
Water Distribution Pipe
Water Valve Assembly
Hot Water
Cold Water
Additive
Softener
Bleach
(Continued Next Page)
Pressure Sensor
To remove the pressure sensor:
Remove the backsplash. (See1. Backsplash.)
Disconnect the wiring harness from the pressure2. sensor.
Black
Dk. Blue
Lt. Blue White Lt. Blue White Pink
16
5
7
2
8
3
9
4
10
Yellow Dk. Blue
Orange
Black
Brown
Yellow
Dk. Blue
Gray
Dk. Blue165
2
3
4
Inverter
HV
CV Additive
Bleach Softener

– 20 –
2. Note the placement of the wires, then
disconnect the wiring from the solenoid coils.
3. Squeeze the clamps on the 2 water inlet hoses
and slide back.
5. Remove the 3 Phillips-head screws that hold the
water valve assembly in place and the 2 Phillips-
head screws that hold the water distribution
pipe in place.
Disconnect
Disconnect
Disconnect
Disconnect
Disconnect
4. Carefully remove the 2 water inlet hoses. It
may be necessary to use a small flat-blade
screwdriver to pry the hoses off.
(Continued Next Page)
Inlet Hose
Inlet Hose
Top Cover
The top cover is held in place by 2 Phillips-head
screws located on the top/back of the washer and
two front tabs.
To remove the top cover:
Remove the 2 Phillips-head screws that hold the1. top cover in place.
2. Remove the 4 Phillips-head screws (2 on each
side) that hold the back cover in place. Remove
the back cover.
6. Remove the water valve assembly and
distribution pipe.
Note:The distribution pipe separates from the
water valve assembly as shown below.
Clamp Clamp