Joseph September 07, 2019 for Model Number Whirlpool model ED2CHQXKQ05 I replaced defrost timer part 2188375 with part W10822278. What terminal does the black wire from the defrost timer W10822278 connects on a Whirlpool model ED2CHQXKQ05? Thanks
1 Answer Joseph, the wires going to the defrost timer for your model are, orange, white, pink, and red. Based on these colored wires, the black lead goes over the #1 terminal. Read More...
Oli September 04, 2019 for Model Number Whirlpool et1chmxkt04 refrigerator Hi all, Attempting to replace defrost timer with part W10822278. Anyone know which pin the black wire connects to for this model fridge? Some more background info - freezer frosts over (layers of ice). Changed bi-metal last year, worked fine for several months. Now problem with frost started back up again. Could it be the relay ? Any other tips greatly appreciated. Thanks !
1 Answer Oli, We wouldn't expect the problem to be the relay, but you should check the defrost heater WP2315530 Heater, Defrost for 30 to 40 ohms resistance across the wire terminals. On the defrost timer, the loose, blacktimer motor lead will slide over and down the No.1 terminal on the new timer then the orange wire will attach to the same No.1 terminal. The pink wire will attach to terminal No.2. The white wire will attach to terminal No.3 and the red wire will attach to terminal No.4. The replacement timer will provide defrost every 8 hours of compressor run time after the bimetal closes. Thanks, Read More...
Phil August 23, 2019 for Model Number ED25PEXHT01 I received the Defrost Timer, but it didn't have the instructions. Which terminal do I connect the wire to for my fridge
Chuck Pag. August 22, 2019 for Model Number IT14DKXRQ00 Me again, I did not receive instructions with the timer. Am I correct to believe the wire should go the power supply terminal?
1 Answer Chuck Pag, based on your model number, you should have Black, Pink, Red, and Orange wires going to the defrost timer. Based on that combination, you should put the black lead on the #2 terminal. You have what is called a cumulative run timer. This means the refrigerator will go into defrost every eight hours of compressor run time. Read More...
Chuck Pag. August 22, 2019 for Model Number Inglis IT14DKXRQOO I understand that I have the correct timer( W10822278) but not sure where to attach the black wire for my Inglis fridge model #IT14DKXRQOO. Also could you tell me what is the function of the wire?
1 Answer Chuck,This wire is one of the timer motor wires and there should have been an instruction sheet with the part that gives the position of this wire based on parameters listed in said instructions Read More...
Frank August 09, 2019 for Model Number whirlpool model ET21NKXJW00 What terminal do I put the black wire on defrost timer w10822278? whirlpool model ET21NKXJW00
1 Answer Hello Frank, look at the wires going to the defrost timer, if you have Black, Pink, Red, and Orange, attach the black lead to the #2 terminal. If you have Orange, Pink, White, and Red, attach it to the #1 terminal. Hope this helps! Read More...
Peter August 09, 2019 for Model Number KSSS48QDX05 Where do you connect the black wire on the 10822278 defrost timer for this model?
Dean August 06, 2019 for Model Number 106.628470 I also bought this timer, Where does the black wire go?! It's a Coldspot Spacemaster 17.I have black, white, orange and pink wires...
Armond August 04, 2019 for Model Number 106.9555781 Hi was wanting to ask which terminal do I put the black jumper wire on I am replacing my defrost timer on a Kenmore cold spot Model # 106.9555781 thanks
1 Answer Armond, look at the wires going to the defrost timer, if you have Black, Pink, Red, and Orange, attach the black lead to the #2 terminal. If you have Orange, Pink, White, and Red, attach it to the #1 terminal. Read More...
Shirley July 29, 2019 for Model Number Rs25agxnq02 I need to replace defrost timer. Which terminal does the black wire go in
1 Answer Shirley, based on your model's wiring diagram, the black wire will go to terminal 1 of the timer. Read More...