Whirlpool IKEA IEL730C Technical Education page 53

FOR SERVICE TECHNICIAN'S USE ONLY
CODE WHAT IS IT?
F6E1 Over Temp
Oven temperature greater than 601°F (316°C). The
affected oven will be locked out until the control detects
an oven temperature less than 601°F (316°C).
CODE WHAT IS IT?
F8E0 Cooling Fan Speed Too Low
Fan speed below 500 rpm, either because the fan is
spinning too slowly or because there is a problem with
the Hall Effect sensor.
F8E2 Cooling Fan Speed Too High
Fan speed above 5,000 rpm, either because the fan is
spinning too quickly or because there is a problem with
the Hall Effect sensor.
For Service Technician Use Only
WHEN CAN IT OCCUR? RECOMMENDED CORRECTIVE ACTION PROCEDURE
Within 60 seconds of the
control detecting an over
temperature condition.
WHEN CAN IT OCCUR? RECOMMENDED CORRECTIVE ACTION PROCEDURE
Within 20 seconds of a
fault condition when
cavity temperature is
above 170°F (77°C).
Within 20 seconds of a
fault condition when
cavity temperature is
above 170°F (77°C).
DIAGNOSTICS & TROUBLESHOOTING
1. Enter Diagnostics Mode by pressing CANCEL>CANCEL>START
within 5 seconds. Oven temperature is displayed on the screen.
Manually check oven for heat.
If oven is
Warm
Warm
Room Temperature
Room Temperature
2. Unplug range or disconnect power. Inspect control board
connector P10 for a backed out terminal or loose connection. If
found, reconnect or replace harness and go to Step 5. If not, go
to Step 3.
3. Disconnect control board connector P10. Measure resistance
across P10-3 and P10-4 (main oven) and P10-1 and P10-2
(drawer). At room temperature, the thermal sensor should read
between 1000 and 1200 . Reconnect P10. If test results are
good, replace the control board, and go to Step 5. If results are
not correct, go to Step 4.
4. Disconnect the oven sensor from the wiring harness and
measure resistance across the sensor terminals. Resistance
reading should be between 1000 and 1200 . If test results are
good, replace the wiring harness between the sensor and the
control board, go to Step 5. If test results are not correct, replace
the sensor and go to Step 5.
5.
Replace all parts and panels before operating.
6. Plug in range or reconnect power.
7. Verify operation is normal. Enter the diagnostic mode to view the
"Faults" screen. Press START TIME or DELAY START to clear
each Fault code(s).
1. Unplug range or disconnect power.
2. Pull the range forward and remove the top access cover.
3. Verify there are no obstructions in the blower. If there is an
obstruction, remove it and go to Step 6. If no obstructions, go to
10
Step 4.
4.
Disconnect control board connector P5 and check the fan motor
for 25 resistance between P5-1 and P6-3. If the motor test is
not good, replace motor and go to Step 6. If motor tests good,
go to Step 5.
5. Check the Hall Sensor by removing the control board P7
connector and testing for 5 VDC between P7-7 and P7-1. If test
is good, go to Step 6. If test results are not correct, replace the
Hall Sensor.
6.
Replace all parts and panels before operating.
7. Plug in range or reconnect power.
8.
Start a cook cycle and check for proper operation.
9. Enter the diagnostic mode to view the "Faults" screen. Press
START TIME or DELAY START to clear each Fault code(s).
1. Unplug range or disconnect power.
2.
Pull the range forward and remove the top access cover.
3. Disconnect control board connector P5 and check the fan motor
for 25 resistance between P5-1 and P6-3. If the motor test is
not good, replace motor and go to Step 5. If motor tests good,
go to Step 4.
4.
Check the Hall Sensor by removing the control board P7
connector and testing for 5 VDC between P7-7 and P7-1. If test
is good, go to Step 5. If test results are not correct, replace the
Hall Sensor.
5. Replace all parts and panels before operating.
6.
Plug in range or reconnect power.
7. Start a self-clean cycle and check for proper operation.
8.
Enter the diagnostic mode to view the "Faults" screen. Press
START TIME or DELAY START to clear each Fault code(s).
11
Vesta Gas and Electric Slide-In Range
and temperature reading is go to
Near 600°F (316°C) Step 2
Room Temperature Step 4
Near 600°F (316°C) Step 4
Room Temperature Step 5
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