Baxi Assure System Fault codes & diagnostics

Your boiler has detected that the water inside the unit is getting too hot and has automatically shut itself off to prevent any damage.

Your boiler is attempting to light but cannot maintain a stable flame to keep itself running.

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

Your boiler's computer is having trouble communicating with its internal sensors, which has caused it to stop heating your home as a safety precaution.

Your boiler has lost communication with one of its internal electrical components, meaning it cannot safely operate until the connection is restored.

Your boiler has lost its connection to an essential internal sensor, which means it has safely shut itself down to prevent it from operating incorrectly.

Your boiler is having trouble communicating with its internal control system, which has caused it to stop working to avoid any potential errors.

Your boiler has detected a communication conflict between its internal controls, meaning it has temporarily stopped working to protect itself from an incorrect operating instruction.

Your boiler has lost its specific operating instructions and cannot safely determine how to run your heating and hot water system.

Your boiler's internal computer system is having trouble starting up correctly and cannot communicate with its internal components.

Your boiler is having a communication breakdown with its internal control system, which means it cannot receive instructions to heat your home or water.

Your boiler has lost its digital identification data, which is preventing it from starting up correctly.

Your boiler has lost its connection to the heat sensor that monitors the water returning to the system, causing it to stop working for safety reasons.

Your boiler has stopped working because it is unable to accurately measure the temperature of the water returning to it, likely due to a loose wire or a faulty sensor.

Your boiler has stopped working because it cannot properly read the temperature of the exhaust fumes, making it safer to shut down than risk running incorrectly.

Your boiler has detected a faulty reading from its internal safety sensor and has shut down to prevent the system from getting too hot.

Your boiler has repeatedly failed to keep its flame lit, so it has safely shut itself down to prevent any issues.

Your boiler has detected that the water flowing back into it is hotter than the water flowing out, which confuses the system and causes it to shut down for safety.

Your boiler is struggling to push water around your heating system, which is causing it to shut down to prevent damage.

Your boiler has detected that it is running much hotter than it should be because something inside is blocking the heat from escaping properly.

Your boiler has stopped working because it has detected an issue with a safety device or a configuration setting, meaning it is preventing itself from igniting.

Your boiler has lost the ability to send electronic signals to its internal gas control system, meaning it cannot safely start up or maintain heat.

Your boiler has lost its connection to its internal safety components, causing it to shut down to prevent unsafe operation.

Your boiler has detected that the water pressure in your heating system is too low and it has been unable to top itself up automatically.

Your boiler has detected an electrical fault with its internal temperature monitoring system, causing it to shut down for safety.

Your boiler has lost the signal from the sensor that monitors how hot the water is inside it, so it has shut down as a precaution to prevent overheating.

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 is trying to start but the flame is not catching or being detected, so it has shut down for safety.

Your boiler is struggling to clear air properly because the internal fan is either stuck or spinning too fast.

Your boiler has detected an electrical issue with the component that manages the gas flow, meaning it cannot safely ignite or produce heat.

Your boiler has detected that the water temperature is too low or a sensor has become disconnected, causing it to shut down to prevent potential damage.

Your boiler has lost the ability for its internal parts to talk to each other, so it has shut down to prevent errors.

Your boiler's electronic parts are temporarily struggling to talk to each other, which has caused the system to stop working as a safety precaution.

Your boiler has detected an internal electrical problem with the component that manages the gas supply, so it has safely shut down to prevent unsafe operation.

Your boiler has detected that the water inside is running much hotter than it should be, or it is struggling to accurately measure that temperature.

Your boiler has tried to start up four times but failed to get the gas flame going, so it has locked itself for safety.

Your boiler is struggling to detect the water pressure inside the system because the sensor that monitors it has stopped communicating correctly.

Your boiler is overheating because water isn't flowing through your radiators as quickly as the boiler expects.

Your boiler is having a temporary communication hiccup between its internal electronic parts, which has caused it to pause operation as a precaution.

Your boiler has detected that the water leaving it is significantly hotter than the water returning, suggesting that heat isn't circulating properly through your radiators.

Your boiler has detected that water is not moving through your heating system properly and has temporarily stopped itself to prevent overheating.

Your boiler is currently idle because it has not been told how to operate, usually because it was recently installed or the internal memory was reset.

Your boiler's internal computer settings have not been set up properly, which is preventing the system from running as it should.

Your boiler's internal computer is experiencing a communication error and cannot read its own operating instructions.

Your boiler's internal computer is experiencing a conflict between its settings and its main control board, which has caused it to stop working for safety reasons.

Your boiler has detected an external safety signal or an internal settings error, causing it to shut down for protection.

Your boiler has detected an external safety device or switch has been triggered, causing it to shut down to protect your home.

Your boiler is having trouble communicating with an add-on accessory, likely an external unit or control device, preventing it from functioning correctly.

Your boiler has lost the water pressure it needs to circulate heat around your home, so it has turned itself off to prevent damage.

Your boiler has lost communication with its internal safety components, meaning it cannot safely operate and has disabled itself to prevent potential risks.

Your boiler has shut down because it keeps losing its flame, possibly due to a problem with the internal sensor that detects it or an unstable electricity supply.