It can be annoying and perplexing when your Ariston washing machine stops working out of the blue and flashes an error code. These codes are actually the machine’s way of telling you what’s wrong, which will enable you to quickly diagnose the problem and find a solution.
Knowing the meaning of each error code can help you avoid costly service calls and save time. Understanding what the machine is attempting to tell you will allow you to either assist a technician with the problem or resolve it on your own.
We’ll go through the most frequent Ariston washing machine error codes in this guide, along with an explanation of what they mean. In this manner, you’ll be more prepared to deal with any problems that may come up and maintain the efficiency of your laundry routine.
| Error Code | Description |
| F01 | Electronic module malfunction |
| F02 | Motor issue detected |
| F03 | Temperature sensor failure |
| F05 | Drain pump problem |
| F08 | Heater relay issue |
| F11 | Communication error with the motor |
| F13 | Drying system fault (if applicable) |
| F15 | Water heater problem |
| F17 | Door lock issue |
| F18 | Control board error |
Features of troubleshooting in Ariston washing machines
This brand’s machines come with either the EVO-I or EVO-II control systems. The quantity of indicator flashes in out-of-date EVO-I series models indicates the type of error. An Ariston washing machine error code F05 is indicated if the power light flashes five times in a row with a brief gap between cycles. Such a code is easy to understand; it indicates that there are issues with the water drain. The control handle typically rotates and the device shuts off when an error occurs.
The symbolic code that appears on the machine’s display is the easiest to understand.
The troubleshooting system in the more recent EVO-II generation models is a little more intricate. Each machine has a unique control panel and set of functions. Reading the code on AVL series models without a display can be challenging, particularly for an amateur repairman. These units can have horizontal laundry loading (AVSL 80) or vertical loading (AVTL 104, AVTL 83B). These devices will allow the error to be identified by a combination of illuminated indicators. The most practical way to identify the issue is through the code on models that have an AVD series display (like the AVSD 107).
The user manual contains a thorough decoding of errors specific to that model.
If you are unable to diagnose the issue on your own, you can use a special diagnostic key (SAT) to find the error code on all Ariston and Hotpoint-Ariston units by connecting it to the machine’s service connector.
When an Ariston washing machine displays error code F08, it may be necessary to replace the heating element because there are issues with the water’s heating.
Gaining an understanding of the error codes on an Ariston washing machine can help you save time and money by enabling you to quickly identify and resolve common problems. By decoding the most common error codes, this guide will make it simple for you to troubleshoot and maintain the proper operation of your washing machine.
Description of error codes and troubleshooting methods
The majority of Ariston equipment users select washing machine models with displays. The error codes, causes for their appearance, and potential troubleshooting techniques are listed in the following table.
Keep moisture away from the electronic controller’s contacts.
Examine the control triac’s and the motor’s serviceability; replace any damaged parts.
Verify the dependability of the contact circuit connecting the controller and the drive motor.
Check the tachogenerator winding’s resistance (typically between 115 and 170 ohm for machines in the EVO-I series). Do not include rotor blocking (caused, for instance, by a failing bearing).
Depending on the failure that has been identified, replace the control unit, tachogenerator, or motor.
Verify the accuracy of the connections made between the controller and the designated sensor.
Find the temperature sensor’s electrical resistance, which at 20 °C should be between 20 and 22 kOhm.
Change the electronic device or sensor.
Examine the electrical connections between the control panel and the level sensor by using a multimeter to ring the sensor.
Install a fresh electronic controller or pressure switch.
Remove any obstructions from the drainage system (hose, pump, and filter).
Examine the connections between the control unit and the drain pump to ensure they are secure.
When the pump is supposed to start, check the voltage at the contacts.
Verify the condition of the level sensor’s connections to the electronic controller.
Replace the pump, pressure switch, or electronic controller after identifying the malfunction.
Verify that the control unit’s buttons are working properly.
Regulation regarding the controller and control panel connectors’ lack of contact.
Replace any damaged components.
Examine the electrical connections and circuits, the electronic controller (in machines from the EVO-I series), and the heating element relay for any damage.
Ring the water level sensor, electrical contacts and the heating element with a multimeter (with a heater power of 1800 W, the resistance should be about 25 Ohm)
Examine the water level sensor, the controller, the heating element and its relay, and all electrical connections between these components.
Replace any damaged components.
Examine the integrity of the connections in the connector contacts that connect the electronic unit to the level sensor.
Verify that the pressure switch is functional.
Change the level sensor or controller.
Verify that the pressure switch, pump, and CNF and CN1 contacts (for EVO-I series machines) are operating properly. Verify the condition of the electronic panel’s terminals and contacts as well as the connection chain that goes to the pump.
Change the pressure switch, controller, or pump.
Examine the state of the controller and its connections in machines that have the EVO-I system.
Use a tester to ring the J11 terminal, the entire indicator unit, and the controller on EVO-II series models.
Check the temperature sensor’s and controller’s performance indicators.
Examine the contact circuits and CAN connector.
Assess the stability of the connections between the controller and the drying heating element.
Verify the condition of the water level sensor and connection board.
Verify that the door is securely pressed up against the drum.
Make sure the door lock is in working order.
When the M connector is in the OFF STANDBY position, measure the alternating voltage between contacts 1 and 3 as well as between the lock’s designated contacts.
Put in a new controller or lock.
In an Ariston machine, the combination of the symbols H20 denotes water intake issues.
As we can see, most issues can be resolved on our own after the code is decoded; only a small number of issues might need the assistance of an expert. Electronics-related complex cases, like error F12 in an Ariston washing machine, are common. We sincerely hope that the article will help you find the answers to your queries and make the best choice possible to get the unit back in working order.
You can avoid wasting time and aggravation by being aware of the Ariston washing machine error codes. Understanding the meaning of each code allows you to rapidly diagnose the issue and determine whether you can resolve it on your own or if you require expert assistance.
Frequent upkeep and cautious usage can aid in averting numerous mistakes. On the other hand, looking up the error code is a useful place to start if you do run into trouble.
You can prolong the life of your washing machine and keep it functioning properly, so that it continues to be a dependable appliance in your house, by being proactive and knowledgeable.
