Frigidaire FPCF3091LF Wiring Diagram (All Languages) - Page 4

Electronic Surface Element Control System (ESEC) Error CodeDescriptions When a specific error condition occurs in the ESEC system a code will be displayed in the electronic control panel. The error codes are displayed as "EO" in the left display followed by the code number in the right display. For each Error Code there is a listing of the likely cause or failure condition, as well as suggested corrective actions to be taken. Always reset the power by disconnecting or turning off the power supply for 30 seconds to see if the failure condition will clear. If the error code returns perform the steps one at a time in the order listed below to correct the specific failure condition. NOTE: If multiple changing error codes are displayed check for disconnected wires or cables. Tech Sheet Abbreviations and Terminology EOC = Electronic Oven Control ESEC = Electronic Surface Element Control HW/SW = Hardware/Software UIB = User Interface Board TSEC = Touch Sensor Electronic Control RTD = Resistance Temperature Device. (Temp Probe or Temp Sensor) VSC = Variable Speed Control PS = Power Supply board (PS1 , PS2, etc.) TCO = Thermal Cut Out also "Thermo Disc" or "Thermal Limiter" Error Code 11 13 14 15 21 32 Likely Cause or Failure Condition Suggested Corrective Action Stuck keypad UIB internal failure Membrane panel connector tail ESEC self test failure Communication failure between the filter board and UIB IPower supply defect - relay board 1. Verify that nothing is touching the membrane control panel. 2. Check / reseat the harness connectors between the membrane panel, display boards and UIB. 3. Replace the UIB. 4. Replace the membrane control panel assembly. 1. Replace UIB. 1. Check / reseat the harness connectors between the membrane panel, display boards and UIB. 2. Replace the UIB. 3. Replace the membrane control panel assembly. 1. Check continuity / reseat the harness connections to the UIB. 2. Replace the UIB. 1. Test the harness between UIB connector P9 and filter board connector X14. 2. Replace the UIB. 3. Replace the filter board. 1. Check all cables and connections between filter board X20 and relay board X101. 2. Replace the relay board. 3. Replace filter board. 36 Communication error - relay board 1. Test / reseat communication harness between UIB connector P9 and filter board X14 connector. Replace if defective. 2. Test / reseat communication harness between filter board connector X20 and relay board connector X101. Replace if defective. 3. Replace relay board. 4. Replace filter board. 37 Relay board voltage error 1. Replace relay board. 38 or 81 General HW/SW error - relay board 1. Replace relay board. Error Code 91 Likely Cause or Failure Condition Synchronization failure - Right side cooking zones generator board 92 or 93 Power supply defect - right side cooking zones 94 Internal communication failure - right side cooking zones 96 Communication error (right cooking zones) 97 Heat sink temp sensor break (right cooking zones) Suggested Corrective Action 1. Verify all cable and harness connections to the right side cook zones Generator Board. 2. Replace the generator board. 1. Test all cables & connections on filter board. 2. Replace the filter board. 3. Replace the generator board for the right side cook zones. 1. Check cable between the filter board X12 connector and the X10 connector on right side cook zones generator board. 2. Replace right side cook zones generator board. 3. Replace filter board. 1. Test / reseat communication harness between UIB connector P9 and filter board X14 connector. Replace if defective. 2. Test / reseat communication harness between filter board connector X12 & right side cook zones generator board connector X10. Replace if defective. 3. Replace filter board. 4. Replace right side cook zones generator board. 5. Replace UIB. 1. Replace right side cook zones generator board. Symptom or Failure Pan does not heat up. (Induction zones only) Individual buttons cannot be used or cannot always be used. ADDITIONAL FAILURE CONDITIONS Control Display Possible Cause or Condition Suggested Corrective Action Normal operation Pan too small for proper pan detection Use larger pan or this pan on a smaller cooking zone. Refer to and only works with low power. owners guide for proper pan selection. Flashing power level Display and pan does not heat. Pan not detected. Induction surface unit not correctly connected or surface unit open. Distance between surface unit and glass ceramic too large. Check whether the pots or pans are suitable for induction. Refer to owners guide for proper pan selection. Check the surface unit wire terminal connections. Ensure that they are properly connected and tightened. Test continuity of element (should be less than 1 ohm). Check whether the surface unit is properly positioned and touching the glass cooktop surface. None 1. Test cables & connections. 2. Membrane control panel defective. 3. UIB defective. 1. Follow instructions for proper use of touch controls. 2. Verify harness going between UIB, display boards and membrane control panel. Replace if defective or damaged. 3. Replace membrane control panel assembly. 4. Replace UIB. 5. Replace display boards. 39 Configuration mismatch between 1. Make sure the UIB is connected correctly. the UIB and the filter board. (Can 2. Press and hold both the right front and right rear UP arrow keys until the ESEC displays change occur when a filter board is replaced). to "88". Then press and hold the left front and left rear UP arrow keys until the beep sounds and the configuration starts. The display segments will scroll top to bottom until the configuration is complete. 3. Replace filter board. Surface unit temp sensor break 54 Right rear 55 Right front 1. Verify surface unit temperature sensor is correctly connected to the appropriate generator board connector (refer to wiring diagram). 2. Replace surface unit if temperature sensor resistor value is not approximately 1000 ohms (blue wires) at room temperature. 3. Replace generator board. Surface unit sensor too hot 64 Right rear 65 Right front 1. Verify cooktop ventilation is correct (airway & fans). 2. Verify integrity of the white insulation material on induction element. 3. Verify surface unit temperature sensor is correctly connected to the appropriate generator board connector (refer to wiring diagram). 4. Replace surface unit if temperature sensor resistor value is not approximately 1000 ohms (blue wires) at room temperature. 5. Replace generator board. 80 or 98 General HW/SW error-induction module 1. Replace induction module. Cooking power too low or shuts down prematurely. None Normal operation Steady "HE" in display when cooking zone is cold and switched off. Cooktop does not initialize/operate. "HE" Blank No display No beep 90 or 95 AC Input voltage too high 1. Verify chassis ground wire connection to terminal X17 on filter board & to chassis ground. 2. Test for approximately 240 volts AC at filter board terminals X1 - X4 & X2 - X5. 3. If voltage is correct (240 volts AC ± 10%) replace filter board. Fluids spilled or object lying on control panel keypads. Ventilation slots obstructed. Unsuitable pots (bottom bent). Distance between surface unit and glass ceramic too large. Fan does not start. Temperature sensor defect. UIB not powered Defective UIB power supply (PS2). Defective UIB. Clean up spills or remove objects. Restart cooktop in normal manner. Clear vent openings. Follow owner's guide for proper pan selection. Check whether the surface unit is properly positioned and touching the glass cooktop surface. 1. With two cook zones operating, verify that the fans run at a slow speed. If fans do not run, check for foreign objects or stuck fan motor. 2. Test continuity of motor windings. Replace motor if open. 3. Replace filter board. 1. Test surface unit RTD approx. 1K ohms at room temperature. Replace surface unit if resistance is not correct. 2. Replace generator board. Verify installation and harness connections to UIB 1. Check for 120 volts AC at the power supply board connector P1 between pins 1 and 4. Test harness if voltage is not present. 2. Test for 8 volts DC output at the power supply board connector P3 between Pins 1 and 2. Replace power supply board if voltage is not correct. 3. Test for 16 volts DC at output at power supply board connector P3 between Pins 1 and 3. Replace power supply board if voltage is not correct. Replace UIB.