Samsung Washer Stuck on Spin Cycle (Causes & Fixes!)
A Samsung washer is one of the best washing machines in the market. But despite being a top-notch appliance, these devices can experience various challenges while working. One of such is when your Samsung washer sticks on a spin cycle.
When the washer is stuck at the spin cycle, it means that the machine cannot complete the cycle but rather the timer starts running repeatedly.
Your washer sticking on the spin cycle could result from worn-out shock absorbers, unbalanced load, or loose drum nut.
Read this informative article and learn why your Samsung washer is stuck on the spin cycle and the best solution to this.
Reasons Your Samsung Washer Is Stuck on Spin Cycle and The Best Solution
If your Samsung washer is stuck on a spin cycle, it means your clothes won’t be able to dry off completely. This can be discouraging as you buy this machine with the notion of reducing your work. So, when your clothes are not properly dry, you’ll have to dry them in the open air, which can be cumbersome and time-consuming. Some of the reasons this can happen to include;
Your Samsung washer needs to have a balanced load to complete the spin cycle. If the load is unbalanced, the washer will keep spinning and not complete the cycle. This can result from the clothes settling on the sides of the drum interfering with the motion of the washer.
This problem also arises when you’re using the washer to clean bigger and heavier clothes like heavy coats or if the load is too big than the set limit. When there’s an imbalanced load, the machine will show an error code. The machine can have a UE, UL, or dC error code making the drum not spin. You can solve this by rearranging the clothes and then running the spin cycle again.
Weak Suspension Spring
Sometimes this issue could result from a suspension that’s worn out. When this is the issue, the suspension won’t hold the drum into position, making it loosen. You can solve this by unloading your Samsung washer then reloading it with empty items. Repeat this until this issue is resolved. But the best solution is to replace the suspension spring.
A Dirty Filter
A dirty filter will make your Samsung washer stuck on a spin cycle. The clog could be when the drain pump filter cannot remove dirt from the drum. With time, there will be a lint build-up and trapping of objects like coins and hair clips.
When the filters are clogged, the Samsung washer will not drain water as it should. This will make the spin cycle get stuck and not dry the clothes as it should. But this is something you can work on by cleaning the drain pump filter.
You can do this by turning off the washer then removing it from the socket. After that, remove the front panel and white wire on the circuit board. Using tissue paper, clean the dirt out of the filter. Do this regularly to avoid experiencing such a problem.
The Shock Absorbers Have a Problem
A Samsung washer has four shock absorbers which help protect it from vibrations. The shock absorbers ensure the drum experiences minimal shaking during the spin cycle. However, if they’ve got a problem, your washer will have challenges as it runs. The shock absorbers can also wear out after some time of use.
So, you’re likely to see your Samsung washer stuck on the spin cycle because of old shock absorbers which can’t hold the drum well. You can identify this by removing the washer’s dampers and checking if the shock absorbers are firm and capable of offering enough resistance.
If your Samsung washer vibrates during the spin cycle because of any of these problems on the shock absorbers, it will affect the vibration sensor. In the process,, the washer will try to redistribute the drum load and start spinning afresh.
This can go on for some time, but you’ll not have the cycle complete. You should consider replacing all the shock absorbers to have your Samsung work without this challenge.
Plastic Bracket Could Be Broken
Another reason your Samsung washer could be stuck on a spin cycle could be because of a broken plastic bracket. The washer’s bracket is usually at the back of the front load and holds the drum’s harness. If it’s broken or loose, it will make your washer vibrate, triggering the vibration sensor.
This will make the machine start spinning again after the timer moves behind (making the washer stuck on the spin cycle.) the time will keep jumping forth and back until the washer stops working, but your clothes will not be dry. You can solve this by tying the bracket to the drum to stop the vibrations.
A Problem with The Door Lock
Some Samsung washers have door locks with feedback that work together with the control board. It then shows you feedback if the door is closed. If the door lock is closed, the feedback should also be closed. But when the door is closed, and the feedback switch remains open, the control panel will sense some danger.
The control panel, in this case, will not allow your washer to move to the spin cycle. So, the Samsung washer will keep spinning over and over until it stops and indicates an error code on the screen. Consider replacing the door lock for your washer to work effectively.
The Washer’s Drum Nut Might Be Loose
If you’ve got a Samsung top load washer, it must have a nut at the bottom of the drum. The nut helps hold the drum in the right position. But if it’s loose, the drum will keep swaying from side to side when the washer is on spin cycle.
The best solution is to tighten the nut to enable the drum to hold in place.
When your Samsung washer is stuck on a spin cycle, it means your clothes won’t dry well. This can be stressful as you’ve got to remove the clothes and air them outside, which is additional work. To avoid this, you need to identify the problem and then solve it amicably.
If it’s a loose nut on the drum, tighten it. But this problem can also result from a weak suspension, broken plastic bracket, or an issue with the locked door. Each of these issues has got solutions that you can easily solve and have your washer work with fewer challenges. So, identify where the problem is and let your Samsung washer complete the spin cycle.