What causes condensation from the Heta INSPIRE 40 flue pipe?
Condensation from the flue pipe of your Heta Stove can be caused by: * A pipe that's too long or a chimney that's too cold: Improve the flue pipe and insulate the chimney. * Damp wood: Ensure you are using dry firewood.
Are cracks in my Heta Stove vermiculite a problem?
Cracks in the vermiculite of your Heta Stove's combustion chamber are typically only cosmetic. Replacement is needed when the steel of the combustion chamber becomes visible.
When should I replace the vermiculite in my Heta INSPIRE 40 Stove?
Normal wear and minor cracks in the vermiculite of your Heta Stove are not significant. Replace it when the steel of the combustion chamber is visible.
Why is there condensation in my Heta INSPIRE 40 combustion chamber?
Condensation in the combustion chamber of your Heta Stove can occur due to: * Moisture in the vermiculite: This will evaporate after the stove has been lit a few times. * Damp wood: Ensure you are using dry firewood.
What does it mean when steel surfaces in my Heta INSPIRE 40 Stove combustion chamber have oxidised?
Oxidation of steel surfaces in the combustion chamber of your Heta Stove indicates the temperature is too high. If there are clear cracks or weaknesses in the stove body, it must be replaced.
Why does my new Heta INSPIRE 40 Stove smell and steam?
If your Heta Stove smells and the surface is steaming, it's likely that the paint on the stove surface is not yet fully hardened. Ensure there is sufficient ventilation to allow it to harden properly.
Why is my Heta Stove ticking?
If your Heta Stove is ticking, it's due to normal expansion and contraction caused by temperature changes. Ensure that the temperature in the combustion chamber is as constant as possible.
Why is there too rapid combustion in my Heta Stove?
If your Heta Stove experiences too rapid combustion, it could be due to: * **Too Much Chimney Draft**: Measure the chimney draft and install a damper in the flue pipe if necessary. * **Defective Seal**: The door or ash pan/drawer seal may be defective and needs replacement.
Why is my Heta Indoor Fireplace combustion too rapid?
Too rapid combustion in your Heta Indoor Fireplace can be due to: * Too much chimney draft: Measure the chimney draft and install a damper in the flue pipe if necessary. * Defective door or ash pan/drawer seal: Replace the seal to prevent excessive air intake.
Why does my Heta Indoor Fireplace burn poorly and the glass soots up?
Poor burning and sooty glass in your Heta Indoor Fireplace can be attributed to several factors: * Soot in the flue pipe: Clean regularly, and limit the use of horizontal flue pipes. Also, avoid firewood that generates large quantities of ash. * Inadequate chimney draft: Improve the chimney draft to ensure proper ventilation. * Insufficient air supply: Review the operating instructions to ensure correct usage. * Damp wood: Ensure firewood is dried for at least one year after splitting. * Firewood pieces too large: Use smaller pieces of firewood for better combustion. * Insufficient air supply to the room: Open windows or clean the outdoor air connection, depending on the cause, especially if range hoods or airtight windows are present.
How to adjust the combustion air for optimal burning.
Step-by-step guide for starting the fire.
Critical safety warning about potential explosions due to improper fuel or air.
Importance of chimney draft for performance and safety.
Guidelines on suitable and unsuitable types of wood fuel.
Procedure to follow in case of a chimney fire.
A table listing faults, causes, troubleshooting steps, and solutions.
Specifies minimum clearances to walls and combustible materials.
Guidelines for connecting the stove to the chimney system.
Requirements for air supply and ventilation for the stove.
Detailed installation clearances based on EN 13 229 standard.
Steps for physically installing the stove unit.
General| Category | Stove |
|---|---|
| Fuel Type | Wood |
| Efficiency | 80% |
| Flue Outlet | Top or Rear |
| Heating Area | Up to 75 m² |
| Flue Outlet Diameter | 150 mm |
| Material | Steel |
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