SOURCE: Shuts off after 10 to 45 minutes
Weird timer problems are a pretty common occurance try this link! hope it helps ps don't forget to give me a ranking THANK YOU!!
http://fixitnow.com/wp/2008/09/27/weird-timer-problems-in-a-whirlpool-kenmore-dryer-with-electronic-control/
SOURCE: whirlpool duet dryer runs and heats well for 4-5
E1 THERMISTOR OPEN "E1" flashes if the thermistor is open.
Check your wire connections on your thermistor and your control board. If they (connections) are good you should replace your thermistor. If you would like more detailed instructions in performing the "THERMISTOR TEST" post back here and I will find you a manual or find a way to scan you mine. Or, you can merely remove the top of your dryer and inside you will find the TECH SHEET giving you detailed instructions on this test and many more.
Cheers
Dave
SOURCE: Whirlpool Duet dryer not drying like it used to
If your duet isn't heating properly and you have taken care of the lint problem then you could have one of two problems. Either you have a bad heating element or you have a bad fuse or temperature sensor.
If your dryer is not heating at all then it is most likely the fuse or temp sensor. If it is heating and just not enough it is probably a bad heating element.
Both problems would require a repairman to come and fix normally, however if you believe it is the heating element that can usually be replaced by the homeowner without too much trouble. Just make sure to ask where it is located from whatever place you but the new element from.
SOURCE: Whirlpool duet dryer Starts and runs a couple of
This website may help Tim:
http://www.partselect.com/dryer+dryer-wont-start+repair.htm
SOURCE: Whirlpool Cabrio model WED6200SW1 clothes dryer
There are two thermistors (thermal sensors) in this dryer; one is the outlet thermistor located on the blower housing and the other is the inlet thermistor located on the heating element housing as an integral part of the high-limit thermostat.
These thermistors are negative coefficient type and monitors the dryer temperature on their locations according to their resistance which varies inversely with the temperature. The resistance drops as the temperature rises and rises as temperature drops.
One or both of the thermistors has an open connection or high resistance which makes the electronic control board thinks that the dryer temperature is low no matter how high it is. The electronic control board then doesn't cycle the heater relay and continue to turn on the heating element. The dryer temperature continues to rise and this blows the thermal fuse.
Make sure the thermistors are connected snugly. Remember that loose or open connection means high (infinite) resistance which makes the electronic control thinks of low dryer temperature. Measure the resistance of each thermistor then refer to the tables below. Replace the thermistor if the resistance reading doesn't comply with the table.
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