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Category Archives: Washer

Ohm’s Law Calculator: A Crucial Tool for Appliance Repair

Ohm’s Law Calculator: A Crucial Tool for Appliance Repair

Ohm’s Law Calculator


Using the Ohm’s Law Calculator

To use the Ohm’s Law Calculator, follow these simple steps:

  1. Enter known values into any two input fields (Voltage, Current, Resistance, or Power).
  2. Optionally, you can select different units from the dropdown menus for each input field.
  3. Click the “Calculate” button to compute the remaining values.
  4. The calculator will automatically calculate and display the missing values based on Ohm’s Law.

For example, if you know the Voltage (V) and Current (I) in a circuit, enter those values into their respective fields, then click “Calculate” to find the Resistance (R) and Power (P). Similarly, you can enter any other combination of two known values to find the remaining two values.

Understanding Ohm’s Law: A Crucial Tool for DIY Appliance Repair

When it comes to DIY appliance repair, having a solid understanding of the fundamentals of electricity is essential. Among these fundamentals, one principle stands out as particularly crucial: Ohm’s Law. Named after the German physicist Georg Simon Ohm, this law forms the backbone of electrical engineering and is indispensable for troubleshooting and repairing a wide range of household appliances, including ranges, ovens, dishwashers, refrigerators, microwaves, washers, and dryers.

What is Ohm’s Law?

At its core, Ohm’s Law describes the relationship between voltage (V), current (I), and resistance (R) in an electrical circuit. It is often summarized by the formula:

V = I × R

Where:

  • V represents voltage, measured in volts (V).
  • I represents current, measured in amperes (A).
  • R represents resistance, measured in ohms (Ω).

In simpler terms, Ohm’s Law tells us that the voltage across a resistor in an electrical circuit is directly proportional to the current flowing through it, and inversely proportional to the resistance of the resistor.

Application in DIY Appliance Repair

Understanding Ohm’s Law can be incredibly beneficial when troubleshooting and repairing household appliances. Here’s how it applies to various scenarios:

  • Heating Elements in Ranges and Ovens: Heating elements in electric ranges and ovens are essentially resistors that generate heat when current flows through them. By applying Ohm’s Law, you can measure the resistance of a heating element (with the power disconnected) and determine if it is faulty. A significant deviation from the expected resistance indicates a problem with the heating element.
  • Motor Troubleshooting in Dishwashers, Washers, and Dryers: Motors in appliances like dishwashers, washers, and dryers rely on the relationship between voltage, current, and resistance. By measuring these parameters, you can diagnose motor issues such as worn-out brushes, damaged windings, or faulty connections.
  • Compressor Diagnosis in Refrigerators: Refrigerators use compressors to maintain the desired temperature. Ohm’s Law can help diagnose compressor problems by assessing the resistance of the compressor windings. A deviation from the expected resistance values could indicate a compressor issue requiring repair or replacement.
  • Microwave Magnetron Testing: The magnetron in a microwave oven is responsible for generating microwave radiation. Testing the magnetron’s resistance can help determine its health. Ohm’s Law assists in analyzing the relationship between voltage, current, and resistance to identify potential faults.
  • Electrical Safety: Beyond troubleshooting, understanding Ohm’s Law is crucial for ensuring safety during appliance repair. By calculating the expected voltage, current, or resistance in a circuit, you can anticipate potential hazards and take appropriate precautions, such as wearing insulated gloves and disconnecting power sources.

Conclusion

In the realm of appliance repair, Ohm’s Law serves as a powerful tool for diagnosing problems and identifying faulty components. By mastering this fundamental principle, you equip yourself with the knowledge and skills needed to tackle a wide range of appliance issues confidently. Whether you’re dealing with a malfunctioning range, a washer that won’t run, or a refrigerator that won’t cool, Ohm’s Law provides a reliable framework for effective troubleshooting and repair.

Armed with the understanding of Ohm’s Law, both professionals and DIY enthusiasts can embark on appliance repair projects with greater confidence, efficiency, and safety.

How to Use the Serial Number on Your GE Appliance to Determine Its Age

If you’re wondering how old your GE appliance is, you can determine its age by using the serial number. Each GE appliance has a unique serial number that contains information about the appliance, including the month and year of manufacture.

In this post, we’ll walk you through how to decode your GE appliance’s serial number to determine its age. We’ll use the examples from Eric’s video to illustrate the process.

Step 1: Locate your appliance’s model tag

Before you can decode your appliance’s serial number, you’ll need to locate its model tag. The model tag is a small metal or plastic plate that is typically located on the appliance in a safe but easy to find location. If you’re having trouble locating the tag, you can use our model number locator for common tag locations.

Step 2: Determine the month of manufacture

The first character of the serial number indicates the month in which the appliance was manufactured. Use GE’s Appliance Manufacture Date Code Chart to determine the corresponding month. For example, if the first character of your appliance’s serial number is ‘D’, it was manufactured in February.

Step 3: Determine the year of manufacture

The second character of the serial number indicates the years during which the appliance may have been manufactured. Use GE’s Appliance Manufacture Date Code Chart to determine the possible years. For example, if the second character of your appliance’s serial number is ‘R’, it could have been manufactured in 2020, 2008, 1996, 1984, 1972, or 1958.

Step 4: Use the owner’s manual to narrow down the year

To narrow down which year your appliance was manufactured, you’ll need to reference the owner’s manual. Look for a date on the bottom of the first or last page. If you don’t have a physical copy of the manual, you can find a digital version on GE’s website using your appliance’s model number.

Match up the year from the owner’s manual to the closest year in the chart. For example, if the date listed in your owner’s manual is 11-22 and the second character of your appliance’s serial number is ‘R’, the closest year in the chart is 2020. This indicates that your appliance was manufactured in February of 2020.

Examples

Let’s run through a few examples using the information from Eric’s video.

Example 1: GE Microwave

Serial Number: D S

Month: February

Possible Years: 2021, 2009, 1997, 1985, 1973, or 1959

Date Listed in Owner’s Manual: 11-08

Closest Year in Chart: 2009

This indicates that this microwave was manufactured in February of 2009.

Example 2: GE Stove

Serial Number: H A

Month: May

Possible Years: 2013, 2001, 1989, 1977, 1944

Date Listed in Owner’s Manual: 01-09

Closest Year in Chart: 2013

This indicates that this stove was manufactured in May of 2013.

Example 3: Older GE Stove

Serial Number: A H

Month: January

Possible Years: 2017, 2005, 1993, 1981, 1951

Date Listed in Owner’s Manual: 03-93

This indicates that this stove was manufactured in January of 1993.

Conclusion

Decoding your GE appliance’s serial number is a simple process that can help you determine its age. By using GE’s Appliance Manufacture Date Code Chart and the information from your appliance’s model tag and owner’s manual, you can easily determine when your appliance was made.

How to Fix a Samsung Washer 4E or 4C Error Code

Introduction:

Is your Samsung washer not filling with water and flashing the dreaded 4E or 4C error code on its display? Don’t worry; this is a common issue with Samsung washing machines and can often be resolved without the need for a technician. In this guide, we’ll walk you through the steps to diagnose and fix the 4E or 4C error code and ensure your washer gets back to working smoothly.

Understanding the 4E or 4C Error Code:

Before we dive into the solutions, let’s understand what the 4E or 4C error code means. In Samsung washers, these codes typically indicate that the washing machine has detected a problem with the water supply. This can be caused by a variety of factors, but a common culprit is a malfunctioning water inlet valve.

Diagnosing the Problem:

To troubleshoot the issue, follow these steps:

  1. Check Water Supply: Ensure that the water supply to your washer is turned on and that there are no kinks in the hoses. Sometimes, a simple issue like a blocked or kinked fill hose can trigger the error code.
  2. Inspect Water Inlet Valve & Filter Screens: The water inlet valve is responsible for allowing water into the washer. If it’s faulty or clogged, it can trigger the error. On the back of the water inlet valve where the hoses attach to the valve are screens. These screens filter out sediment and debris that can damage the water valve. If the screens on the water valve become clogged, the water flow can slow down enough to trigger the error code. Unfortunately, these screens are not sold separately and you will have to replace the water inlet valve to resolve the issue. We have a helpful YouTube video that demonstrates how to replace the water inlet valve.

Fixing the 4E or 4C Error Code:

If you’ve ruled out issues with the water supply and determined that the water inlet valve is the likely problem, you can follow these steps to replace it:

  1. Safety First: Before starting any repair, unplug the washer from the power source and turn off the water supply.
  2. Disconnect Hoses: Disconnect the water inlet hoses from the valve. Be prepared for some water spillage, so keep a towel handy.
  3. Access the Valve: Depending on your washer model, you may need to remove the top or back panel to access the water inlet valve. Refer to the video here for instructions.
  4. Remove and Replace: Remove the old water inlet valve and replace it with a new one. Make sure to connect the hoses correctly.
  5. Reassemble: Put the washer back together, turn on the water supply, and plug it in.
  6. Test Run: Run a test cycle to ensure the 4E or 4C error code is gone.

Conclusion:

Don’t let the Samsung Washer 4E or 4C error code disrupt your laundry routine. By diagnosing the issue and following these steps to replace the water inlet valve, you can save time and money on service calls. If you need to purchase a replacement water inlet valve or any other parts for your Samsung washer, you can purchase them directly on our site PartsDr.com. All of the parts that we sell are Genuine OEM quality parts sourced directly from the manufacturer.

We hope this guide has helped resolve your Samsung washer error code. If you have any questions or further troubleshooting needs, feel free to ask in the comments section.

GE Top Load Washer Intermittently Spin Up, Wet Loads, Not Spinning

If you have a GE top load washing machine that is not spinning, intermittently not spin up, or has wet Loads of clothes in the tub after the cycle is done then you may need to update the software on your washing machine. Please check to see if your washing machines model number and serial number are in the affected lists below. These washing machines were manufactured between May 2015 and April 2018.

Models affected:

Model Number Model Number Model Number Model Number
GTW220ACK1WW GTW460ASJ2WW GTW490ACJ0WW GTW680BSJ4WS
GTW220ACK2WW GTW460ASJ3WW GTW490ACJ1WS GTW680BSJ5WS
GTW220ACK3WW GTW460ASJ4WW GTW490ACJ1WW GTW685BPL0DG
GTW220ACK4WW GTW460ASJ5WW GTW490ACJ2WS GTW685BSL0WS
GTW330ASK0WW GTW460ASJ6WW GTW490ACJ2WW GTW750CPL0DG
GTW330ASK1WW GTW460ASJ7WW GTW490ACJ3WS GTW750CSL0WS
GTW330ASK2WW GTW460ASJ8WW GTW490ACJ3WW HTW200ASK0WW
GTW330ASK3WW GTW485ASJ0WS GTW490ACJ4WS HTW200ASK1WW
GTW460AMJ0WW GTW485ASJ0WW GTW490ACJ4WW HTW200ASK2WW
GTW460AMJ1WW GTW485ASJ1WS GTW680BPL0DG HTW200ASK3WW
GTW460AMJ2WW GTW485ASJ2WS GTW680BSJ0WS HTW240ASK0WS
GTW460AMJ3WW GTW485ASJ3WS GTW680BSJ1WS HTW240ASK1WS
GTW460AMJ4WW GTW485ASJ4WS GTW680BSJ2WS HTW240ASK2WS
GTW460ASJ0WW GTW490ACJ0WS GTW680BSJ3WS HTW240ASK3WS
GTW460ASJ1WW

Serial numbers affected: HF – GL (May 2015 – April 2018)

Upon entering fault code test 1 in service mode, technicians will find out of balance fault 26 has been set. Washers will spin normally in service mode test 14, but will not spin outside of service mode.

Repair: Factory Service Technicians – Use NewFI to update washer software with latest version. Customer Care Technicians – Order Software Update Module (SUM) WH98R23015001 (PD00045310). Instructions to update software are included with the SUM.

If acceptable, consumers can update washer software on their own without an additional service call with a SUM.

This update fixes a falsely detected out of balance condition.

Software update version numbers will display as follows:

For models built beginning in 2015, software version 1.11.3.15, parametric version 3.15.1.0

For models built beginning in 2017, software version 2.11.5.26, parametric version 5.26.1.0

How to purchase:

If you need to purchase a Software Update Module (SUM), you can purchase one from our online store by clicking the link below.

Software Update Module – Part # WH98R23015001 (PD00045310)

Who Made My Sears Kenmore Appliance

Kenmore is a popular appliance brand sold by Sears.  Sears does not manufacture any of the appliances themselves, instead they source that out and have other manufacturers make their appliances for them.  You can easily decode the model number of the appliance to tell you who made your Kenmore appliance.

The first three digits in a Kenmore model can will tell you who manufactured the appliance for Sears.  For example model number 110.45862400, the first three digits are 110 so that would tell you that Whirlpool manufactured the appliance.  Some of the more common appliance manufacturers Sears uses is Whirlpool, Frigidaire, LG, and GE. If you are looking for parts for your Kenmore appliance your can search for the model number in the search box at the top of the page.

Prefix Manufacturer Prefix Manufacturer
103 Roper 629 Jenn Air
106 Whirlpool 647 Roper
110 Whirlpool 651 Speed Queen
119 Frigidaire 664 Whirlpool
143 SFS Corp. (Sanyo/Fisher) 665 Whirlpool
144 Trane 666 KitchenAid
155 Preway 683 Philco
174 Caloric 719 Tappan (Frigidaire)
175 In-Sink-Erator 721 Goldstar (LG Electronics)
198 Whirlpool 747 Litton
233 Broan 757 Marvel, Imperial
253 Gibson (Frigidaire) 789 Defience
274 RCA 790 WCI (Frigidaire)
278 Roper 791 Tappan (Frigidaire)
292 Lennox 795 LG ( Refrigerators )
335 Amana 796 LG (Laundry)
336 Electrolux 835 Roper
342 York 840 Friedrich
362 GE 850 Whirlpool (Chambers)
363 GE 867 Keeprite
401 Samsung 879 Rheem/Ruud
416 Carrier 911 Roper
417 Kelvinator (Frigidaire) 917 Roper (Whirlpool)
464 GE 925 Maycor (Maytag)
473 Hoover 934 Hitachi
484 Fedders, Whirlpool 960 Caloric
562 Toshiba 970 Frigidaire
564 Sanyo C106. Inglis
565 Sanyo C110. Inglis
566 Sanyo C362. Camco
568 Panisonic C363. Camco
575 Sharp C646. Admiral (Inglis)
580 Goldstar (LG Electronics) C675. Woods
586 Panisonic C880. Admiral (Inglis)
587 DM (Frigidaire) C933. Kelvinator (Before 1970)
596 Amana C938. Keeprite
622 Kelvinator (Frigidaire) C970. Kelvinator (1970+)
628 Kelvinator (Frigidaire) C978. Camco

Samsung Top Load Washer Unbalanced During Spin

Posted on March 30, 2016

Some Samsung top loading washing machine models that are experiencing a UE or DC error code or the washing machine is unbalanced during the spin cycle should upgrade the suspension damper rod assemblies to a new improved design.  Each washing machine uses four suspension damper rod assemblies, one for each corner of the washer.  Please use the chart below with the model number and manufacture date to determine if you need the new suspension dampers.

Old suspension damper assemblies are 4.93mm and the new one suspension damper assemblies are 6.50mm

suspension rod new vs old

Model Production Month Old Damper New Damper
WA456DRHDWR/AA All Production Through Jan, 2015 DC97-16350E DC97-05280W (PD00023778)
WA456DRHDSU/AA All Production Through Jan, 2015 DC97-16350E DC97-05280W (PD00023778)
WA400PJHDWR/AA All Production Through Jan, 2015 DC97-16350C DC97-05280W (PD00023778)
WA422PRHDWR/AA All Production Through Jan, 2015 DC97-16350C DC97-05280W (PD00023778)
WA45H7200AW/A2 All Production Through Jan, 2015 DC97-16350E DC97-05280W (PD00023778)
WA45H7200AP/A2 All Production Through Jan, 2015 DC97-16350E DC97-05280W (PD00023778)
WA45H7000AW/A2 All Production Through Jan, 2015 DC97-16350E DC97-05280W (PD00023778)

The model and serial number tag is normally located on the top back console of the washer, and it will list the model number, serial number, and manufacture date. The manufacture date is listed in the format of YYYY.MM (ex: 2012.06). Below is an example model and serial number tag to show where the manufacture date is located.
tag

The serial number can also be decoded using the chart below to determine the manufacture date.
samsung serial decode

If you need to purchase a new suspension rod, please click the link below to purchase this part from our online store:

Damper Rod Assembly – Part # PD00023778 (mfg # DC97-05280W)

Instructions on how to replace Samsung Damper Rods in the video below.

W10435302 Bearing Kit Installation Instructions

Posted on March 31, 2015

Some Whirlpool Cabrio, Kenmore Oasis, and Maytag Bravos direct drive top loading model washers have a bearing kit that can be used to replace the tub bearings and seal when they go bad.  When the tub bearings fail the washer can get very noisy during the spin cycle.  Some people describe the sound as sounding like a train or jet after it reaches its high speed during the spin cycle.  If you do not fix the problem with the bearings and keep using the washer you will eventually ruin the tub seal and water will start leaking from the bottom of the washer and water will spray onto the floor and bottom components of the washer.  This water will often look dark and grease colored that starts to leak from the washer at first.  If you find that you have bad tub bearings it is best to replace them sooner than later as it is much easier to replace the components.  If you let the problem go on for too long the bearings can rust into place or come apart while trying to remove them from the washing machine.  When the bearings fail the washer will also no longer spin concentrically which can cause the washer to go out of balance easier and sometimes display an “uL” (unbalanced load) error code).

What is needed for the repair?

If you find that you have bad tub bearings and need to replace them, you will first need to check with the model number from the tag on your washing machine to see if your washer is compatible with bearing kit part number PD00002260 (mfg # W10435302).  We have a list at the bottom of this page with the most common model numbers that this kit is compatible with.  If you do not see your model number listed there, please leave us a comment at the bottom of this page and with your model number and we will let you know if this kit is compatible with your model washer.  This kit does not work with any models that have a belt and gearcase.  This bearing kit includes both upper and lower tub bearings, tub seal, drive shaft, shaft nut, adhesive, grease, spacer tube, and instructions.  The bearings and tub seal in this kit are not sold separately.  The only other thing you will we need to provide are the tools listed below and a person capable of installing the bearing kit.

Tools Needed:

  • 1-1/4″ Wrench/Socket
  • 7/16″ Wrench/Socket
  • 1/4″ Hex Driver
  • Hammer

Special Tools Required:

You can purchase the bearing kit and tool kit from our online store by clicking the links below.

Tub Bearing Shaft & Seal Kit – Part # PD00002260 (mfg # W10435302)

Tub Press Tool Kit – Part # PD00004958 (mfg # W10447783)

Installation Instructions

Below are the manufactures installation instructions for the bearing kit.  We have added our own notes and tips that we have highlighted in orange lettering.

warningshock
1. Unplug washer or disconnect power.
2. Tape lid shut before opening top. Open top. See Figure 1.
Parts Dr Tip: Use a putty knife to depress the two locking tabs (one on the left and right sides) to release and lift up the top.
W10435302 Figure 1
3. Remove hose clamp and hose from tub ring.
4. Remove tub ring.
5. Remove cap from either wash plate or agitator. See Figure 2.
W10435302 Figure 2
6. Remove 7/16” bolt. Lift and remove basket assembly with wash plate/agitator. See Figure 3.
W10435302 Figure 3
7. Slide washer out and tip back on hoses.
8. Using a 1⁄4” Hex Driver, remove rotor bolt and rotor. See Figure 4
W10435302 Figure 4
9. Remove four (4) stator bolts (5/16” or 3/8”). Unclip wire harness and remove stator and shield. Set stator on a clean rag on the floor. See Figure 5.
W10435302 Figure 5
10. Remove Shaft Nut. See Figure 6.
W10435302 Figure 6
11. Remove drive shaft and seal (with hammer). See Figure 7.
W10435302 Figure 7
12. Tip washer forward off the hoses and remove drive shaft and seal from tub. See Figure 8.
W10435302 Figure 8
13. Drive Bottom Bearing, Bottom Bearing Washer, and Spacer Tube out using Removal Rod and hammer. See Figure 9.
W10435302 Figure 9
14. Tip washer back on hoses and drive Top Bearing out using Removal Rod and hammer. Discard all parts. See Figure 10.
W10435302 Figure 10
15. Tip washer forward off of hoses.
16. Clean bearing and seal areas with a rag. Check the weep hole (make sure it is not plugged). See Figure 11.
W10435302 Figure 11
17. Install Top Bearing and press into the tub.
18. Place Tub Press Tool Assembly (without the Bottom Bearing Press, Thrust Bearing, and Bottom Press Nut) over new Top Bearing. NOTE: Ensure LOCKING BAR of Tub Press Tool Assembly is located in sump area. See Figure 12.
W10435302 Figure 12
19. Tip washer back on hoses.
20. Install onto Press Rod; new Spacer Tube, new Bottom Bearing Washer, and new Bottom Bearing. Then install tool parts: Bottom Bearing Press, Thrust Bearing, and Bottom Press Nut. See Figure 13.
W10435302 Figure 13
21. Tighten Bottom Press Nut until bearings bottom out. Then back the Bottom Press Nut off and remove. See Figure 14. NOTE: Final position of bottom bearing will extend from bottom of tub by 1/8” to 3/16” (3 to 5mm).
W10435302 Figure 14
22. Tip washer forward off the hoses and remove the Tub Press Tool Assembly.
23. Install new Drive Shaft (make sure wear sleeve is bottomed out on Top Bearing). See Figure 15. NOTE: If necessary, tap shaft with hammer to install.
W10435302 Figure 15
24. Tip washer back onto hoses. Install new Shaft Nut and tighten. See Figure 16.
W10435302 Figure 16
25. Reconnect wiring harness to stator.
26. Reinstall stator and shield. Check for proper location.
27. Reinstall rotor.
28. Tip washer forward off the hoses.
29. Locate Tub Seal and Grease. Apply grease to both cavities inside Tub Seal lip. See Figure 17.
W10435302 Figure 17
30. Apply the Pliobond Adhesive in a continuous bead around bottom of Tub Seal to enter tub first. Verify grease is inside the seal. See Figure 18.
W10435302 Figure 18
31. Push Tub Seal into place using the Seal Press Tool and hammer until it bottoms out. Add a bead of Pliobond Adhesive to top edge of seal and tub (spread out with finger). See Figure 19.
Parts Dr Tip: The Closed side of seal should face up and the open end of the seal with the spring should face down.
W10435302 Figure 19
32. Reinstall basket.
33. Reinstall tub ring, hose, and hose clamp.
34. Close top.
35. Plug in washer or reconnect power.
36. Verify repair by performing Diagnostic Test.

Compatible Model Numbers:

7MMVWB850WL0, MTW6300TQ1, MTW6500TQ0, MTW6600TB0, MTW6600TQ0, MTW6600TQ1, MTW6700TQ0, MTW6700TQ1, MVWB300WQ0, MVWB300WQ1, MVWB300WQ2, MVWB400VQ0, MVWB450WQ0, MVWB450WQ1, MVWB450WQ2, MVWB455YQ0, MVWB700VQ0, MVWB750WB0, MVWB750WB1, MVWB750YW0, MVWB750WL1, MVWB750WL2, MVWB750WQ0, MVWB750WQ1, MVWB750WQ2, MVWB750WR0, MVWB750WR1, MVWB750WR2, MVWB755YL0, MVWB755YQ0, MVWB755YR0, MVWB800VB0, MVWB800VQ0, MVWB800VU0, MVWB850WB0, MVWB850WB1, MVWB850WL0, MVWB850WL1, MVWB850WL2, MVWB850WQ0, MVWB850WQ1, MVWB850WQ2, MVWB850WR0, MVWB850WR1, MVWB850WR2, WTW6200SW0, WTW6200SW1, WTW6200SW2, WTW6200SW3, WTW6200VW0, WTW6200VW1, WTW6300SB0, WTW6300SB1, WTW6300SG0, WTW6300SG1, WTW6300SW0, WTW6300SW1, WTW6300WW0, WTW6340WW0, WTW6400SW0, WTW6400SW1, WTW6400SW2, WTW6400SW3, WTW6500WW1, WTW6600SB0, WTW6600SB1, WTW6600SB2, WTW6600SB3, WTW6600SG0, WTW6600SG1, WTW6600SG2, WTW6600SG3, WTW6600SW0, WTW6600SW1, WTW6600SW2, WTW6600SW3, WTW6700TU1, WTW6700TU2, WTW6700TW0, WTW6700TW1, WTW6700TW2, WTW6800WB1, WTW6800WL1, WTW6800WW1, WTW7300XW1, WTW7300XW2, WTW7320YW0, WTW7340XW0, WTW7340XW1, WTW7340XW2, WTW7600XW0, WTW7600XW1, WTW7600XW2, WTW7800XB0, WTW7800XB2, WTW7800XL0, WTW7800XL2, WTW7800XL3, WTW7800XW0, WTW7800XW1, WTW7990XG1, WTW8800YC0, WTW8240YW0, WTW7800XW2, WTW7800XW3,110.27087601

If you have any questions, comments, or tips that you think will help others doing this repair please post them in the comments section below.

How To Replace W10404050 Lid Lock & Latch

Some newer washing machines built by Whirlpool use a lid lock and latch to keep the lid from being able to be opened while the washer is in use.  This is a safety feature to keep someone from getting hurt if they were to open the lid while the washer was running.  Sometimes the lid lock can fail and cause the washer not to start.  The most common symptom that the lid lock has when it fails is the washer makes a clicking sound but it won’t start.  The lid lock can also fail if someone has forced the lid open while it was locked.  This lid lock assembly is used on some Whirlpool, Kenmore, Maytag, Amana, and Crosley washing machines.

How To Replace The W10404050 Lid Lock & Latch Assembly

First, unplug the washer before working on it.  Place a piece duct tape to secure the washer lid from opening.

Remove the two top 1/4″ screws from the left and right brackets on the back of the washer.
W10404050replacement_2

Now you will be able to pull the whole top of the washer about 3/8″ forward.  This will release the top from the front locking tabs and allow you to lift the top of the washer up.

Remove the two screws to the lid lock assembly.
W10404050replacement_3

Remove the wire harness from the clip and depress the left and right console mounting clips by squeezing them from the underside.
W10404050replacement_4

This will allow you to rotate the console backwards.
W10404050replacement_5

Squeeze the two tabs to remove the wire harness from where it goes through the frame of the washer.
W10404050replacement_6

Depress the two tabs on the wire connector to pull it out from the control board.  Remove the wire harness from the mounting clip.
W10404050replacement_7

The lid lock & latch assembly is now free.  Take the old one out, and replace the new one in the reverse order.  Don’t forget to replace the included trim bezel at the same time.
W10404050replacement_1

Where Can I Buy A Replacement Lid Lock?

You can buy a replacement lid lock assembly from our website.  Please click the link below.  Parts Dr always has the lowest prices for new O.E.M. replacement parts.

Lid Lock & Latch Assembly – Part # W10404050

LG Door Boot Gasket Design Change

Posted on July 29, 2014

LG has made a design change and added a drain hole on some front load washer door boot gaskets.  If the washer was produced in August 2007 or earlier, you will need to order the gasket without the drain hole.  For washers produced from September 2007 and later, it is necessary to check and see if they were manufactured with a door boot gasket with our without a drain hole.  To determine which part is correct for your washing machine, we have provided a model number to part number cross reference chart at the bottom of this post.

Comparison pictures of the old part (no drain hole) versus the newer style part (with drain hole).  This drain hole is located at the bottom 6 o’clock position of the the gasket.

LG Gasket Drain Hole

Match up your washers model number using the model and serial number tag on the washing machine.  Once you have located the correct part number from the chart below, you can click on the part number to order the gasket from our online store.

Washer Model # Gasket (W/Drain) Gasket (No Drain)
WM3632HW 4986ER0002E 4986ER0002A
WM2432HW 4986ER0001C 4986ER0001A
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CW2079CWD 4986ER0004F 4986ER0004B
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Samsung Drain Pump Relocation Kit

Posted on July 19, 2014

To improve quality Samsung has relocated the drain pump assembly from the bottom of the tub to the base of the washer on certain model numbers and production dates.  Previously these washers used part number DC97-16985A for the drain pump but this pump has been discontinued and replaced with one of the two service kits part # DC98-01877A or DC98-01877B depending on the model number and manufacture date of the washer.  First locate your model and serial number tag on the washing machine.  This tag is located on the top back console of the washer, and it will list the model number, serial number, and manufacture date. The manufacture date is listed in the format of YYYY.MM (ex: 2012.06).  Below is an example model and serial number tag to show where the manufacture date is located.

tag

If the washer was manufactured before 12/9/2012 and you have one of the qualifying models, then you will need to order the corresponding drain pump kit listed in the chart below.  Washers manufactured 12/10/2012 and later use part number PD00030925 for the drain pump and do not require the drain pump relocation kit.  Please not that the manufacture date is listed in the format of YYYY.MM (ex: 2012.06) on the tag of the washer and it will not show the day it was manufactured.  If the washer was manufactured in the month of December of 2012 you will need to check the washer to see if the pump is located on the bottom of the tub.  If the pump is located on the bottom of the tub you will need to order a drain pump relocation kit.  For installation instructions, please see the bottom of this post.

Model Code Manufacture Date BOM Version Use Part #
WA400PJHDWR/AA 12/9/2012 or Earlier 000  PD00004957
WA422PRHDWR/AA 12/9/2012 or Earlier 000  PD00004957
WA456DRHDSU/AA 12/9/2012 or Earlier 000 PD00004977
WA456DRHDWR/AA 12/9/2012 or Earlier 000 PD00004977

When the drain pump fails it can cause water to leak from the pump or it can cause the water not to drain out of the washing machine.

If you need to order one of the drain pump kits, you can click one of the links in the the above chart, or one of the links below. Parts Dr always has the lowest prices on OEM appliances parts.

Drain Pump Kit – PD00004957 (MFG# DC98-01877B)

Models WA400PJHDWR/AA & WA422PRHDWR/AA manufactured before 12/9/2012.

Drain Pump Kit –  PD00004977 (MFG# DC98-01877A)

Models WA456DRHDSU/AA & WA456DRHDWR/AA manufactured before 12/9/2012.

The photo below shows the location of the old pump and the location of where the new pump is relocated to.
newvsoldpumplocations
Before working on your appliance, make sure that it is unplugged.  Below are step by step instructions on how to install the new drain pump kit.

Pump Instructions 1

Pump Instructions 2

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