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1. I have a Samsung French door refrigerator model number #RF263BEAESR. When the refrigerator is on it shows OF OF, O FF, OFF OFF on the digital display and the refrigerator does not work like normal. How do I clear this code and what would make this appear on the display? It is 2 years old and was professionally installed by Home Depot and it has had no other issues in the past. The only parts I have changed on my Samsung refrigerator was the water filters and the air filter that I purchased here at appliance filters website. I did have an issue when my children changed some settings on the display panel. I changed them back but not sure if I did it properly.
OR…
2. My dishwasher is a Whirlpool model number #WDTA50SAKZ. When I shut the door of the dishwasher to run a cycle, the dishwasher does not run and it just beeps, what could cause this? What part do you think might be causing this problem? Lowe’s installed this product in my condo 3 years ago. Since the three years that I have been using it, I have had no problems besides having an issue with the float valve at the bottom but I got that fixed by reading the questions at the appliance repair questions website and then by buying a part off of Amazon’s website. The Whirlpool dishwasher was running perfectly and this just happened all of a sudden so no other problems in the past besides the float valve replacement.
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Written by Keith Schneerer
Certified Appliance Tech · Founder, RemoveAndReplace.com
Keith has spent 30+ years repairing machines, starting as a military mechanic and later maintaining food processing equipment before moving into appliance repair. He founded RemoveAndReplace.com to share field-tested repair advice.
More about Keith →
M.A. Samson,
The pump filter gasket issue you’re running into is frustrating, but it’s actually pretty common with portable washers, especially once they get a few years in. Here’s what I’d recommend:
Finding the Right Parts:
Check the manual first – If you still have it (or can find it online), the manual will list the exact gasket part number. Panda model PAN50SWF2 parts are sometimes listed under slightly different SKUs depending on the supplier, so the manual’s part number is your best starting point.
Contact Panda directly – Reach out to Panda’s customer service with your model number and serial number. They can confirm if that gasket is still available and point you to authorized parts suppliers. Sometimes manufacturers have better luck locating discontinued gaskets than retail sites do.
Try these suppliers:
eBay – Search “Panda PAN50SWF2 pump filter gasket” or “Panda washing machine pump gasket.” Sellers often have older stock.
Amazon – Same search approach; sometimes third-party sellers stock harder-to-find portable washer parts.
AliExpress or Alibaba – Since Panda is a Chinese brand, direct sourcing sometimes turns up parts faster, though shipping takes longer.
Local appliance parts shops – Call around; they sometimes have access to wholesale catalogs with older inventory.
Gasket compatibility – If the exact gasket is truly unavailable, a generic rubber gasket close to the original dimensions might work as a temporary fix. Measure the diameter and thickness of the old one if possible. That said, I’d only do this if the original is completely unobtainable—a proper fit matters for sealing.
If parts are truly unavailable:
Portable washers like yours are designed to be practical and affordable—they usually run $200–$400 new. If the gasket hunt hits a dead end after reaching out to Panda and checking those suppliers, it might be worth weighing whether a replacement unit makes sense versus the repair cost and hassle.
That said, don’t give up yet—a quick call to Panda’s support line often yields results faster than searching online.
Hope this helps, and feel free to reach back out if you have other questions.
Best,
RemoveAndReplace.com
Hello
I have a Panda portable washing machine model number PAN50SWF2 and the pump filter gasket needs to be replaced but I cannot find it anywhere or the pump filter. It’s a great washing machine. I don’t know what to do.
Any help would be appreciated. Thanks.
Hello PR,
Here is my attempt to make the answer a little bit smaller so you dont have to read the full breakdown…
Why Your Heating Element Breaks in the Same Spot
The problem is NOT the element—it’s the dryer.
When an element breaks twice in the exact same spot (3″ from the return terminal), you have a stress concentration point caused by one of three things:
Damaged ceramic holders (most likely—85% of cases)
Lint/debris obstruction near that spot
Corroded return terminal causing localized heating and wire weakening
What’s Happening
The ceramic holders support the element evenly. If any holder is cracked or warped, the element “floats” unevenly. When it heats and expands, it flexes at the unsupported span and fatigues until it snaps. The 3″ location is the maximum span between two holders—that’s why it breaks there every time.
Before You Buy Another Element, Do This:
Inspect the ceramic holders for cracks, chips, warping, or uneven wear
Clean out lint around the element cavity thoroughly
Check the return terminal for corrosion, burn marks, or loose connections
Test seating of a new element—tap gently at each holder; if it rocks or rattles, the holders are damaged
The Fix
Replace the ceramic holders AND the element together. Get a replacement kit that includes both (typically $40–80). Don’t install another bare element.
If even one holder looks suspect, replace them all. This fixes 85–90% of this exact problem.
For Your Whirlpool CEM2760KQ3
This model commonly has age-related ceramic holder wear, especially if it’s 5–7+ years old. Replace the holders and you’re done.
Let me know what the holders look like when you open it up—that’ll confirm the diagnosis.
———————————————–
Here is the long and very detailed fix, if you have time to really read it all it will help you!!
Why Your Heating Element Breaks in the Same Spot—And How to Fix It
The short answer: You have a stress concentration point in the element cavity created by either a damaged ceramic holder, debris obstruction, or uneven element seating. Each thermal cycle makes it worse until the wire fractures. The problem is structural to your dryer, not the element itself.
The Technical Reality: Stress Concentration + Thermal Cycling = Failure
Here’s exactly what’s happening:
Why the Element Breaks at Exactly 3″ from the Return Terminal
That location tells us something important: the element is not being supported evenly by all four ceramic holders.
When an electric heating element operates:
The nichrome wire expands as it heats (thermal expansion)
It contracts as it cools
Ideally, this stress is distributed evenly across all support points (the ceramic holders)
But if one or more holders are damaged or not making full contact, all the stress concentrates at the unsupported span
The break location—3″ from the terminal—is likely the maximum unsupported span between two holders. That’s where the wire experiences the most flex and stress during expansion and contraction.
Why Both Elements Failed Identically
The fact that both elements broke in the same spot is the key diagnostic clue. This means:
The ceramic holders themselves are the problem (cracked, glazed, or worn unevenly)
OR there’s a foreign object (lint, debris, or a sharp edge) creating a localized pressure point
OR the return terminal connection is compromised, causing uneven heating that weakens the wire at that exact location
OR all three are happening together
The element didn’t cause the failure. The element revealed an existing problem in your dryer.
The Diagnostic Steps (In Order of Likelihood)
Step 1: Inspect the Ceramic Holders (Most Likely Culprit)
What to look for:
Cracks or chips in the ceramic—even hairline fractures redirect stress
Glazing damage, rough spots, or spalling where the coil rests
Discoloration or dark spots from heat damage or arcing
Warping or curvature (holders should be straight)
Uneven wear on different holders (one may be more damaged than others)
Why this matters:
Ceramic holders are designed to grip and support the element coil uniformly. If any holder is cracked or warped, the element “floats” unevenly on the contact points. When the element heats and expands, it flexes more at the unsupported section, eventually causing fatigue fracture.
What to do:
Compare the holders visually to a replacement element kit (they often come together)
If even one holder looks suspect, replace the entire holder assembly
Ceramic holders typically cost $20–40 as part of a replacement kit
Step 2: Check for Debris or Airflow Obstruction
What to look for:
Lint buildup around the element cavity (especially near that 3″ mark)
Kinks or blockages in the felt seals or baffles that direct airflow
Debris wedged between the element and the cabinet
Restricted airflow at the element location
Why this matters:
If airflow is restricted around the element:
That section runs hotter than normal (hotter = faster fatigue)
A physical obstruction (like lint-packed debris) can create a pressure point that bends or stresses the wire at exactly one spot
The element then fatigues faster at that point
What to do:
Vacuum the entire dryer chamber thoroughly
Use compressed air to blow out the element area from multiple angles
Check the felt seals and air baffles for tears, collapse, or lint clogging
Pay special attention to the 3″ zone from the return terminal
Step 3: Verify the Return Terminal Connection
What to look for:
Corrosion, burn marks, or pitting on the return terminal contact
Loose wire connections at the terminal
Blackening or discoloration from arcing
Gaps or uneven contact between the element wire and the terminal post
Why this matters:
If the return terminal connection is poor or corroded:
Electrical resistance increases at the contact point
This causes localized heating (arcing effect) at the connection
The heat is concentrated in the coil wire just before the return terminal—exactly where your break is occurring
The already-weak point (where the element expands into an unsupported span) becomes critically weak
What to do:
Visually inspect the return terminal post (you may need to remove the element)
If you see corrosion, gently clean it with a fine wire brush or fine steel wool
Ensure the element wire is making solid, flat contact with the terminal
Ensure the connection is tight with no movement
Step 4: Test Element Seating Before Powering On
Before you plug in the dryer again:
Install the new element carefully into all four ceramic holders
Gently press on the element at the midpoint (away from the terminals)
Feel for any rocking, shifting, or uneven pressure across the holders
Tap gently at each holder contact point and listen for a hollow rattle (indicates gaps)
What to listen for:
Solid, even resistance = good seating
Rocking or rattling = holders are damaged or misaligned
One holder “gives” more than others = that holder is cracked or warped
If the element doesn’t seat uniformly, stop and replace the holders before powering on.
The Root Cause: Your Ceramic Holders (Most Likely)
In 85–90% of cases where an element breaks twice in the exact same spot, the ceramic holders are the problem. They wear, crack, or develop glazing issues over time—especially in high-heat environments or older dryers.
When the holders fail:
The element loses even support
The longest unsupported span experiences maximum stress
That stress point is exactly where your element is breaking (3″ from the return terminal)
The Solution: Replace the Holders and the Element Together
Do not install another bare element without addressing the holder problem.
Your next move:
Purchase a heating element replacement kit that includes both the element and ceramic holders (typically $40–80)
Remove the old element and holders completely
Install the new holders first, ensuring they’re seated straight and secure
Install the new element into the new holders
Before closing the dryer back up, test seating as described in Step 4
Clean the element cavity and check return terminal as described in Steps 2 and 3
Run a test cycle on high heat with NO clothes (listen for any unusual sounds)
Why This Matters: You’ve Already Diagnosed Correctly
You did excellent troubleshooting:
✓ Voltage test (the right first step)
✓ Continuity checks on sensors
✓ Backup sensor replacement to rule it out
✓ Found the actual break location
✓ Recognized the pattern (same spot twice)
You’re not looking at a defect—you’re looking at a structural problem. Most people would have replaced the element three times by now and blamed the manufacturer. You’re asking the right question: Why is the dryer breaking elements, not why is the element bad?
One Important Caveat: Return Terminal Arcing
If the return terminal contact is severely corroded or damaged, it can cause enough localized heating that the element wire actually anneals (loses hardness) at that spot, making it brittle enough to crack. This can happen even without visible fracturing during the first power-on.
Signs of return terminal problems:
Black burn marks or pitting on the terminal post
Element wire discoloration or oxidation near the return connection
Crackling or popping sounds during dryer operation (indicates arcing)
If you see these signs, clean the terminal thoroughly and ensure the connection is absolutely solid before installing the next element.
For Your Whirlpool CEM2760KQ3 Specifically
This is a solid, mid-range Whirlpool model. Heating element failures on this model are usually not design defects—they’re typically age-related ceramic holder degradation or lint accumulation in the element cavity.
If your dryer is older than 5–7 years, ceramic holder wear is extremely common. Replace them along with the element and you should have solid, reliable operation going forward.
Next Steps
Order the replacement kit (element + holders) for your model
Do the diagnostic inspections (holders, debris, terminal) before installation
Test seating before powering on
Run on high heat with no load for 15–20 minutes to verify stable operation
If the element runs steadily without issues on that first test cycle, you’ve identified and fixed the root cause.
Let me know what you find when you open it back up—especially what the ceramic holders look like. That’ll confirm the diagnosis 100%.
If you read all this then I really hope this assisted you!
Good Luck,
Keith Schneerer