Kenmore DU805DWG, DU910PFG, DU890DWG manual Solutions to Common Problems, Testing Procedure Results

Page 17

SOLUTIONS TO COMMON PROBLEMS

DIAGNOSING PROBLEM COMPONENTS

PRECAUTIONS TO BE OBSERVED WHILE DIAGNOSING

PROBLEM COMPONENTS

Disconnect electric power from the dishwasher.

Voltage checks should be made by inserting meter probes beside the wires in the connector blocks with the electric power source on and the connector block plugged in.

Resistance checks should be made on components with the electric power off and the connector blocks disconnected.

COMPONENT SCHEMATIC

 

TESTING PROCEDURE

 

RESULTS

 

 

 

 

 

Motor Start Relay

1.

Disconnect the wire connectors and

1.

Relay upright - meter should read

 

 

remove relay from unit.

 

º (infinity.)

 

2.

Set VOM meter on the Rx1 scale.

2.

Relay upside-down - meter should

 

3.

Set the relay upright.

 

read less than two (2)Ω.

 

4.

Measure resistance between blue and

 

 

 

 

violet contacts.

 

 

 

5.

Turn relay upside-down.

 

 

 

6.

Measure resistance between blue and

 

 

 

 

violet contacts.

 

 

 

 

 

 

 

Drive Motor

1.

Disconnect the motor wiring harness

1.

White/violet to blue/white - meter

 

 

plug from the motor connector.

 

should read 5 - 7Ω.

 

2.

Set VOM meter on the Rx1 scale.

2.

White/violet to yellow - meter

 

3.

Connect one probe to the white/violet

 

should read 5 - 7Ω.

 

 

connector.

3.

White/violet to gray - meter

 

4.

Connect the other probe to the blue/

 

should read 5 - 7Ω.

 

 

white connector.

 

 

 

5.

Connect the meter probe to the yellow

 

 

 

 

connector.

 

 

 

6.

Connect the probe to the grey

 

 

 

 

connector.

 

 

 

 

 

 

 

Thermal Fuse

1.

Disconnect wires connectors from the

1.

Meter should read 0Ω.

 

 

thermal fuse terminals.

 

 

 

2.

Set VOM meter to read Rx1 scale.

 

 

 

3.

Measure resistance between thermal

 

 

 

 

fuse terminals.

 

 

 

 

 

 

 

Heater Element

1.

Disconnect the wire connectors from

1.

Meter should read 25 - 35Ω.

 

 

the heater element terminals.

 

 

 

2.

Set VOM meter to read Rx1 scale.

 

 

 

3.

Measure resistance between heater

 

 

 

 

element terminals.

 

 

 

 

 

 

 

Fill Valve

1.

Disconnect the wiring harness plug

1.

Meter should read approximately

 

 

from the fill valve connector.

 

700Ω.

 

2.

Set VOM meter to read Rx1 scale.

 

 

 

3.

Measure resistance between the

 

 

 

 

terminals of the fill valve.

 

 

 

 

 

 

 

Overfill Switch

1.

Disconnect the wires connectors from

1.

Float DOWN - meter should read

 

 

the overfill switch terminals.

 

0Ω.

 

2.

Set VOM meter to read Rx1 scale.

2.

Float UP - meter should read

 

3.

Measure resistance between switch

 

º (infinity).

 

 

terminals.

 

 

 

4.

Block the float in the UP (full) position

 

 

 

 

and measure resistance again.

 

 

13

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Contents Dishwashers Goals and Objectives IntroductionTableofcontents Page DU800DWG, DU801DWG, DU805 Theory of OperationSoil Settler Special FeatureElectrical Shock Hazard Component AccessRemoving the Pump and Motor Assembly Removing the Spray Arm AssemblyServicing the Pump Assembly Removing the Heater Element Removing the Soil Settler AssemblyRemoving the Thermal Fuse Removing the Float SwitchRemoving the Water Inlet Valve Removing the Motor Relay Accessing Components Inside the DoorRemoving the Check Valve Removing the Door Latch Switches Removing the TimerRemoving the Switch Assembly Dishwasher Dispenser Disassembly Page Dishwasher Dispenser Assembly Testing Procedure Results Solutions to Common ProblemsTimer Motor Troubleshooting Guide Technical Information Cycle Timing Chart Wiring Diagram Model DU810DWG Cycle Timing Chart Wiring Diagram Models DU840DWG, DP840DWG Cycle Timing Chart Wiring Diagram Model DU850DWG Cycle Timing Chart Wiring Diagram Model DU890DWG Cycle Timing Chart Page Model DU910PFG Models DP920PFG, DU920PFG Power Clean Filter Models With Tower Water FeedOperating Replacing the Heater Element Removing the Pump Motor AssemblyServicing the Operating Thermostat Removing the Inside Door Panel Removing Access and Outer Door PanelsReplacing the Spring Loaded Locking Tab Model DU910PFG Model DU910PFG Wiring Diagram Strip Circuits Harness Terminal Block Wire EndCycle Timing Charts Troubleshooting Guide Wiring Diagram Strip Circuits Cycle Timing Chart Cycle Timing Chart Notes Diagnostics and Sales Demo Timing Chart Model GU940SCG Model GU960SCG Model GU980SCG Power Clean Filter Models With Internal Water FeedSecuring Tab Servicing the Vertical Water TubeServicing the Soil Sensing System Servicing The Dishwasher Dispenser AssemblyDishwasher Dispenser Disassembly Page Dishwasher Dispenser Assembly Diagnostics and Sales Demo Timing Chart Troubleshooting Guide Model DU940SCG, DU960SCG, DU980SCG Strip Circuits Cycle Timing Chart Cycle Timing Chart Notes Custom Color Panels Installation InstructionsCustom Panel Dimensions Removing Access and Door Panels Installing Custom Panels Place the access panel front side down. Heavy Duty Door Spring Kit Installing Heavy Duty Door SpringsInstallation Instructions Installing the Floor Mounting KITPage

DU810DWG, DU800DWG, DU801DWG, DU840DWG, DU805DWG specifications

The Kenmore DU910PFG, DU890DWG, DU920PFG, GU960SCG, and DU850DWG are popular models of dishwashers that showcase a blend of advanced technology and practical features designed to enhance dishwashing efficiency. Each model brings unique characteristics to the table, making them suitable for a variety of kitchen needs.

The Kenmore DU910PFG stands out with its robust cleaning capabilities, thanks to its powerful motor and advanced spray arm technology. It is designed to handle heavily soiled dishes, ensuring that every item comes out sparkling clean. The model also features multiple wash cycles, allowing users to tailor their wash according to the load.

Next in line is the DU890DWG, which emphasizes energy efficiency alongside its remarkable cleaning power. This model is Energy Star certified, reducing water and electricity usage while still delivering high-performance results. The DU890DWG also boasts a quiet operation, making it an excellent choice for open-concept spaces where noise can be a concern.

The DU920PFG offers a streamlined design with an emphasis on user-friendly controls. Its intuitive interface allows for easy cycle selection, and the model is equipped with a delay start option, letting users set the washer to operate at a more convenient time. The stainless steel interior not only enhances the appearance but also aids in maintaining optimal temperature for better drying results.

Meanwhile, the GU960SCG is noted for its spacious interior and adjustable racks, making it easy to fit tall pots and pans. This model features a dual spray system, ensuring that all dishes receive even attention during washes. The increase in capacity is complemented by effective noise dampening technology, leading to a tranquil kitchen environment.

Lastly, the DU850DWG combines traditional features with modern enhancements. It offers a simple yet effective wash cycle with built-in options for quick cleans and heavy-duty washes. Its smart technology adapts the washing cycle to the load, ensuring that energy and water usage is optimized while maintaining powerful cleaning action.

In summary, the Kenmore DU910PFG, DU890DWG, DU920PFG, GU960SCG, and DU850DWG all exemplify the brand's commitment to quality and innovation in kitchen appliances. Each model is equipped with varying features and technologies to cater to the diverse needs of modern households, making them reliable choices for anyone in the market for a dishwasher.
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