Remeha Avanta 28c Fault codes & diagnostics

Your boiler has shut down because it is overheating or detecting that water isn't flowing through the system properly, so it is taking a short break to prevent damage.

Your boiler has lost the ability to read the water temperature, so it has shut down as a precaution to prevent overheating.

Your boiler has lost the ability to accurately measure the water temperature, so it has shut down to prevent potential overheating.

Your boiler is trying to start up, but it cannot successfully light the internal flame after several attempts, so it has shut down for safety.

Your boiler has detected an issue with the water circulation and has safely shut down, requiring a specific reset procedure to clear the fault.

Your boiler has switched itself off because it has detected that the water inside is getting too hot, likely due to low water pressure or trapped air in your radiators.

Your boiler has automatically shut down because it has detected that its internal water temperature has become dangerously hot.

Your boiler has detected that it is not heating the water effectively, often caused by trapped air in the system or a temporary lockout that requires a reset.

Your boiler has detected that hot water is flowing in the wrong direction or is blocked, which usually means the system lacks enough water or has trapped air preventing a proper flow.

Your boiler has detected an internal electrical fault with a temperature sensor, which has caused it to shut down for safety reasons.

Your boiler has detected an internal electrical safety fault or a problem with its 'brain' and has shut down to prevent damage or operation in an unsafe state.

Your boiler has failed to light after several attempts and has locked itself out for safety reasons.

Your boiler has stopped working because it can no longer accurately measure the temperature inside its internal heating component.

Your boiler has failed to light the flame after several attempts and has switched itself off to prevent a build-up of unburnt gas.

Your boiler's internal computer is experiencing a software or hardware failure and has shut down as a safety precaution to prevent incorrect operation.

Your boiler is failing to light the flame or keep it running, so it has safely locked itself off to prevent gas from escaping.

Your boiler is failing to light the flame or keep it running, so it has stopped working to keep your home safe.

Your boiler has detected a failure within its own brain, meaning it has safely shut itself down to prevent unpredictable operation.

Your boiler has detected that the water inside the system has become dangerously hot and has shut itself down to prevent damage or overheating.

Your boiler has detected that the water pressure inside the system is far too low to function safely.

Your boiler is shutting down because it cannot move the water around the system fast enough to keep it from overheating.

Your boiler has detected a problem with the internal fan unit, which is responsible for safely venting fumes outside, and as a safety precaution, it has stopped working to prevent unsafe operation.

Your boiler is overheating because water isn't moving through the system fast enough to transfer heat away from the burner.

Your boiler has detected that it is getting too hot and has automatically shut itself down to prevent damage.

Your boiler has stopped working because the water pressure inside the heating system has dropped too low.

Your boiler's computer is experiencing an internal error and cannot operate safely, so it has shut itself down to prevent further damage.

Your boiler has automatically turned itself off because it has detected dangerously high temperatures inside the unit to prevent potential damage.

Your boiler has detected a faulty reading from its internal safety monitoring system, so it has safely shut down to prevent any potential overheating.

Your boiler is confused because its temperature measurement sensors have been installed in the wrong places or have become disconnected.

Your boiler has detected that the exhaust gases leaving the unit are dangerously hot, so it has safely shut itself down to prevent damage.

Your boiler has detected a faulty connection to the sensor that monitors the temperature of the exhaust fumes, causing it to shut down for safety reasons.

Your boiler has lost the ability to monitor the temperature of your hot water, which means it will stop providing hot water until the faulty sensor is replaced.

Your boiler's temperature monitoring system for the water returning to the unit has stopped working correctly, so the boiler has shut down to prevent potential overheating.

Your boiler is struggling to push air through the system correctly, so it has safely shut itself down to prevent an unsafe combustion issue.

Your boiler has failed to stay lit and has now locked itself out as a safety precaution, meaning you currently have no heating or hot water.

Your boiler has lost the ability for its internal computer boards to talk to each other, preventing it from starting safely.

Your boiler has lost the ability for its internal computer to 'talk' to its safety sensors, so it has shut down to keep you safe.

Your boiler has detected an external safety signal, such as a cold protection device or an add-on safety switch, that is preventing it from firing up.

Your boiler has detected an internal fault within its heat recovery system, which means it has safely shut itself down to prevent potential damage.

Your boiler is struggling to move water around your heating system effectively, which is causing it to shut down to prevent overheating.

Your boiler’s internal computer chip has encountered a memory error and cannot safely manage the system, meaning it has shut down to protect itself.

The boiler's internal computer has detected a contradiction in its settings, meaning it cannot safely start up and needs a professional to recalibrate the software.

Your boiler has lost its configured settings and needs to be manually reprogrammed by a professional to function correctly again.