Glow-worm Energy Regular Fault codes & diagnostics

Your boiler's internal computer is unable to talk to the control panel, meaning the unit cannot receive any instructions to turn on.

Your boiler has stopped heating because it is struggling to accurately read the temperature of the water flowing through its internal system.

Your boiler has stopped working because it is unable to accurately measure the temperature of the water returning to it from your radiators.

Your boiler has stopped working because it is unable to accurately measure the temperature of the water flowing through the system due to a connection fault.

Your boiler has detected a faulty connection in the pipework sensor that measures how hot your water is, which is preventing it from heating your home correctly.

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

Your boiler has detected that the water flowing out is significantly hotter than the water returning, suggesting the internal pump is struggling to move water around your heating system properly.

Your boiler is shutting itself down because the water inside is heating up much faster than it can circulate away, which could lead to overheating.

Your boiler has detected that the internal exhaust temperature is too high and has shut itself down to prevent overheating.

Your boiler has detected an issue with its internal flame sensor and has safely shut itself down to prevent gas from being wasted or building up.

Your boiler is failing to ignite the flame that produces heat because it cannot detect gas or a spark during the startup process.

Your boiler is attempting to light but is failing to stay on, which means your heating and hot water have stopped working.

Your boiler has detected that the internal fan responsible for venting exhaust gases is not spinning at the correct speed or is jammed.

Your boiler's communication wires are experiencing a electrical short or power clash, meaning the boiler and your thermostat can no longer 'talk' to each other.

Your boiler's main control computer is experiencing a critical internal data error and can no longer safely operate the heating system.

Your boiler has detected an internal electrical reading error, which means it has stopped working to prevent potential damage to its main control systems.

Your boiler has detected that its internal computer is getting too hot and has stopped working to prevent further damage.

Your boiler has detected an internal electronic error and cannot reliably confirm if the burner flame is lit, so it has shut itself down as a safety precaution.

Your boiler is struggling to keep a steady flame, which is causing it to stop firing because it cannot safely maintain the burning process.

The boiler's internal computer has lost its identification settings, usually because a new control board was fitted without being programmed correctly for your specific unit.

Your boiler is confused because it is getting incorrect temperature readings, so it has shut down to prevent overheating.

Your boiler is struggling to accurately measure its internal temperature, causing it to shut down to prevent potential overheating.

Your boiler has detected that it is not heating up correctly when it fires, which usually means there is air trapped inside or the water level is too low.

Your boiler is confused because the temperature sensors are detecting heat in the wrong places, likely due to a wiring mix-up or a faulty sensor connection.

Your boiler has detected that its temperature sensors are either disconnected or have been attached to the wrong pipes, meaning it cannot accurately judge how hot the water is.

Your boiler is failing to detect the internal spark needed to ignite the flame, meaning it cannot start up to provide heat or hot water.

Your boiler has lost the connection to the internal valve that controls its gas supply, meaning it cannot safely start up to heat your home.