Understanding the Samsung AirDresser error codes and knowing how to troubleshoot them can save you time. In this guide, we will provide an overview of common Samsung AirDresser error codes, their meanings, and easy steps you can take to fix them.
Whether you are a seasoned appliance repair professional or a DIY enthusiast, this information will be useful in helping you maintain and troubleshoot your appliance. So, let’s get started.
SAMSUNG AirDresser Error Codes
Remember to always unplug the appliance and exercise caution when attempting any repairs.
dc: Door lock error
The door opening error indicates that the customer presses the start/pause button while the door is open and/or that there are operational problems with the door switch.
Solutions:
- Check if the error occurs with the door closed.
- Check if the wire terminal on the door sensor circuit is not damaged.
- Check the door lock assembly.
- Check the main PCB.
tC5: Compressor sensor error
The resistance of the compressor sensor is short or open.
Solutions:
- Check the NTC wire harness connector.
- Check the comp. thermistor resistance:
| Electric part name | Temperature | Ohmic value |
|---|---|---|
| compressor thermistor | 25 °C/77°F | ~ 50 KΩ |
- Check the main PCB.
tC7: Evaporator-in sensor error
Solutions:
- Check the evaporator-in thermistor resistance:
| Electric part name | Temperature | Ohmic value |
|---|---|---|
| evaporator-in thermistor | 25 °C/77°F | ~ 10 KΩ |
- Check the main PCB.
tC8: Evaporator-out sensor error
Solutions:
- Check the Eva-out thermistor resistance:
| Electric part name | Temperature | Ohmic value |
|---|---|---|
| evaporator-out | 25 °C/77°F | ~ 10 KΩ |
- Check the main PCB.
tCC: Steam kit sensor error
Solutions:
- Check the steam kit thermistor resistance:
| Electric part name | Temperature | Ohmic value |
|---|---|---|
| steam kit thermistor | 25 °C/77°F | ~ 50 KΩ |
- Check the main PCB.
tCd: Duct rear air sensor error
Solutions:
- Check the duct rear air thermistor resistance:
| Electric part name | Temperature | Ohmic value |
|---|---|---|
| duct rear air thermistor | 25 °C/77°F | ~ 50 KΩ |
- Check the main PCB.
tCF: Duct front air sensor error
Solutions:
- Check the duct front air thermistor resistance:
| Electric part name | Temperature | Ohmic value |
|---|---|---|
| duct front air thermistor | 25 °C/77°F | ~ 50 KΩ |
- Check the main PCB.
1C1: Steam water level sensor error
Solutions:
- Check the connection of the electrode sensor in the steam chamber.
4C3: Water supply error
Solutions:
- Check the water supply chamber sensor.
- Check the water supply valve or pump.
HC3: Steam heater error
Solutions:
- Check the steam heater.
- Check the main PCB and replace it if necessary.
HC6: Steam kit thermostat error
Solutions:
- Check the steam kit thermostat.
- Check the main PCB.
5C: Drain pump error
Solutions:
- Check the sump-filled sensor.
- Check the drain pump.
- Check the water tank.
- Check the drain chamber for a fully-filled sensor.
- Check the main PCB.
5C2: Water supply error.
Solutions:
- Fill the water tank with water.
- Check the water supply chamber’s fully-filled sensor.
- Check the main PCB.
5C3: Drain chamber error
Solutions:
- Empty the water tank.
- Check the drain chamber for a fully-filled sensor.
5C4: Water supply or drain chamber error
Solutions:
- Ensure that the water tank is empty (5C2/5C3).
- Check the drain/water supply chamber for a fully-filled sensor.
bC2: Button stuck error
Solutions:
- Check if the display control buttons are not short circuits.
- Replace the display control.
- replace the main PCB.
HC: Compressor high temperature error
Solutions:
- Clean the evaporator and/or condenser coils.
- Check the position sensor location.
- Check the compressor cooling fan.
- Check the EEV.
- Sealed system repair. (Refrigerant leak)
- Check the compressor resistance.
| Electric part name | Ohmic value between U@V = V@W = W@U |
|---|---|
| Inverter compressor | ~ 13 Ω |
7C1: Upper damper error
Solutions:
- Check the operation of the damper motor.
- Check the open/close sensor.
7C2: Lower damper error
Solutions:
- Check the operation of the step motor.
- Check the open/close sensor.
FC4: Lower fan error
Solutions:
- Check the operation of the fan motor.
- Check the PCB.
3CF: upper BLDC fan motor error. (Same as 3CF1, 3CF2, 3CF4, 3CF5, 3CF6, 3CF7)
Solutions:
- Check if the power connector of the motor is properly connected to the inverter PBA.
- Turn the fan with your hand to check if the assembly fan motor is constrained.
- Measure and check the motor’s resistance.
- Check if the main PBA has any defects.
9C1: The power failure (Same as 9C2)
Solutions:
- Check the user’s power supply.
- Check the operating voltage.
- Connect a tester to the internal power supply terminal while a dry cycle is performed, and carefully observe the AirDresser operation.
- Check the voltage.
- Check if a plug-type outlet was used. If the connecting wire is 1 meter long, the low voltage can temporarily drop to 10 volts.
- Replace the main PBA.
3CA: Compressor error (Same as 3CA1, 3CA2, 3CA3, 3CA4)
Causes:
- Faulty compressor.
- Faulty main PCB
Solutions:
- Check on the connector terminal connection and compressor connection.
- Check the compressor; the resistance between the windings should be the same.
- If the main PBA has any defects, replace the PBA.
AC: Communication error
Solutions:
- Check the wire terminal between the main PBA and the display PBA.
- Check the main PBA and display PBA.
- Replace the display control.
- Replace the main PBA.
AC6: Communication failure between the main PCB and inverter PCB
Signal failure between the main board and inverter board.
Solutions:
- Check the wire harness connector between the main board and the inverter board.
- If the inverter board communication circuit has a defect, replace it.
- If the main board communication circuit has a defect, replace it.
Conclusion:
Samsung AirDresser error codes can be frustrating, but they can also provide valuable information about the health and performance of your appliance. By understanding the meanings of these error codes and following the recommended troubleshooting steps, you can often fix common problems on your own.
I am a master Appliance Repair technician with over 35 years of experience in the field. I am passionate about helping people troubleshoot their appliances and fix common problems. My website, appliancemode.com, provides a wealth of information on troubleshooting common appliance issues and deciphering error codes. This website aims to empower people to tackle appliance repairs themselves and save money on service calls.
