Maytag CDU650AW Manual De Usuario
Component Specifications
!
WARNING
To avoid risk of electrical shock, personal injury, or death, disconnect power to dishwasher before servicing.
July 2005
3
16026393
©2005 Maytag Services
Illustration Component
Test
Procedure
Results
Dishwasher Motor
CCW rotation only
viewed from shaft
end.
1/3HP
120V/60hz, 3.2 amps,
3250 RPM
Main Wattage, 285
watts
Start Wattage, 1115
watts
CCW rotation only
viewed from shaft
end.
1/3HP
120V/60hz, 3.2 amps,
3250 RPM
Main Wattage, 285
watts
Start Wattage, 1115
watts
Measure resistance from
ST5 (Motor Common – blue) to ST8
(Motor Main - yellow)..........................
See Component Specifications/Motor
Connections for details.
ST5 (Motor Common – blue) to ST8
(Motor Main - yellow)..........................
See Component Specifications/Motor
Connections for details.
3 to 4
Ω
Control Panel
See Component Specifications/
Membrane Readings for
troubleshooting/pin-out instructions.
Membrane Readings for
troubleshooting/pin-out instructions.
Water valve
120V/60hz, 7 watts
1.13 ± .10 gpm at 20-
120 psi
120V/60hz, 7 watts
1.13 ± .10 gpm at 20-
120 psi
Measure resistance from
J6 Pin 4 Aqua (Float switch) to ST4
Black (Common) ...............................
J6 Pin 4 Aqua (Float switch) to ST4
Black (Common) ...............................
1.1 k
Ω
(This value assumes the float switch is
closed).
closed).
Vent wax motor
120V with 1/4"
actuation stroke
within 90 seconds
120V with 1/4"
actuation stroke
within 90 seconds
Measure resistance from J6 Pin 1
Purple (Vent) to ST4 Black (Common)
............................................................
Purple (Vent) to ST4 Black (Common)
............................................................
1.2 k
Ω
Dispenser wax motor
120V with 1/4"
actuation stroke
within 90 seconds
120V with 1/4"
actuation stroke
within 90 seconds
Measure resistance from J6 Pin 3
Tan (Dispenser) to ST4 Black
(Common) .........................................
Tan (Dispenser) to ST4 Black
(Common) .........................................
2 k
Ω