Drain stopped up on freezer model evl201nxrq - Whirlpool 20 cu. ft. / 566 liter Upright Freezer EV201MWH

- clean the vents - inside and out (use a vacuum outside) inside - just make sure they are not totally covered

After the defrost mode, the water from the melted frost or ice should go down the drain at the bottom back of the freezer compartment. That drain is probably plugged with some gooey gunk. If its an upright freezer, there will be a hose clamped to the back that comes out of a plastic fitting.. detach it there and 'fish' into the plastic fitting with a short piece of wire then blow into it to dislodge whatever may be there. Blow downward on the hose as it too could (probably not) be plugged between there and the drain pan under the bottom of the refrigerator.

Severe cases require that the freezer back be removed and the drain thoroughly cleaned. That gets real tricky, but its doable. Ice makers in the way complicate the process too.

Since there is no description of what type of freezer, I will talk generic. Most freezers have some sort of drain heater. Commercial walk-ins use them. 2 types: an insertion type that go inside the drain and another type that is wrapped around the outside of the drain and then wrapped with a foam type insulation call armaflex. hope this helps some.

Difficult call there as whirlpool has a strange manor especially with the larger units. I had a callout on a double door whirlpool unit once and the compressor wouldn't come on but i couldn't find anything wrong. Anyway, i decided to leave the fridge untl the next day giving it a chance to possibly come on. About 5 hours later the customer called and said unit running very well and no more problems. Basically leave on for a few hours and see. If no output then call a tech .The testing procedures need equipment and electrical info..

There is a drain the back of the freezer that is frozen. Your trickle of water comes from the ice that melts off of the refrigeration coils during the defrost cycle. You need to turn off the freezer, then remove the rear cover from the back wall to expose the coils. With a hair dryer, melt all of the ice. You will find a drain under the coils. Melts all of the ice in this drain so water can get out of the freezer. When this drain is clear, you can put everything back together, and your freezer should work normally.

Yes! look under you fridge for the consendate drain hose *(usually dangling right over the catch tray) and using a long piece of slightly heavy guage wire snake up the drain hose and see if it's blocked.

If it isn't blocked you might have a crack somewhere in the fridges interior near the fridge/freezer interface. That might be a bit harder to spot since it would most likely be under cover.

Good luck and be careful.

Your evaporator coils frost up in normal use and every eight hours or so the entire unit shuts down and the defrost heater comes on to melt the frost. This cycle last about 20 minutes. The melted frost drips into a drain pan and through a drain tube to the drain tray under the freezer/refrigerator where it's evaporated by the condenser fan.


Your drain tube may be stopped up with ice at the upper end because it drains too slow because it's stopped up at the lower end in the evaporator pan under the unit at the floor. It can get dust and mold in it. Once you get the ice out at the top a little pressure with a turkey baster will usually clear it out. Flushing it out with hot water and clorox may help.
Make sure it drains quick enough to prevent refreezing. . The drain should be located below the evaporator coils on the lower back of the freezer.

Your evaporator coils frost up in normal use and every eight hours or so the entire unit shuts down and the defrost heater comes on to melt the frost. This cycle last about 20 minutes. The melted frost drips into a drain pan and through a drain tube to the drain tray under the freezer/refrigerator where it's evaporated by the condenser fan.


Your drain tube may be stopped up with ice at the upper end because it drains too slow because it's stopped up at the lower end in the evaporator pan under the unit at the floor. It can get dust and mold in it. Once you get the ice out at the top a little pressure with a turkey baster will usually clear it out. Flushing it out with hot water and clorox may help.
Make sure it drains quick enough to prevent refreezing. . The drain should be located below the evaporator coils on the lower back of the freezer.

Your evaporator coils frost up in normal use and every eight hours or so the entire unit shuts down and the defrost heater comes on to melt the frost. This cycle last about 20 minutes. The melted frost drips into a drain pan and through a drain tube to the drain tray under the freezer/refrigerator where it's evaporated by the condenser fan.


Your drain tube may be stopped up with ice at the upper end because it drains too slow because it's stopped up at the lower end in the evaporator pan under the unit at the floor. It can get dust and mold in it. Once you get the ice out at the top a little pressure with a turkey baster will usually clear it out. Flushing it out with hot water and clorox may help.
Make sure it drains quick enough to prevent refreezing. .

Hi,

I was made aware of your concern and would like to offer a few ideas you may want to consider. Water dripping down is not a leak during defrost condition as this would be the ice melting. Normally, there would be a drain hose specifically to channel the melted ice/water to a drainage system. The amount of water would then be proportional to the amount of ice melting as with the length of time to completely melt, drain away.

Perhaps you could check the filter/drain screen as well as the drain opening for any blockage/clogging. You could also try checking the same on the drain hose as well as for possible kinks. Additionally, there would be a sensor behind a boxy cover that triggers the system back into operation. If there is still melted ice/water inside the freezer, then the sensor would prevent the unit from turning on completely. You may want to check this sensor and verify that it is dry.

An exploded parts diagram would help you identify/locate the above mentioned parts.

Good luck and thank you for using FixYa.