Clean Air Wood Heaters represent a significant advancement in home heating technology, offering efficient warmth while minimizing environmental impact.

These heaters are tested and approved to Australian Standards, ensuring both safety and performance for homeowners across the country.

With models designed for various home sizes – from the Medium insert to the Large freestanding – Clean Air provides a heating solution for diverse needs.

They boast features like stainless steel baffles and patented heat exchange systems, contributing to superior combustion and ten-year warranties for peace of mind.

Proper installation, adhering to AS 2918 guidelines, is crucial for optimal operation and maximizing the benefits of these innovative wood heaters.

What are Clean Air Wood Heaters?

Clean Air Wood Heaters are a modern approach to traditional wood heating, engineered for high efficiency and reduced emissions. These heaters aren’t simply stoves; they are sophisticated heating systems tested by HRL Technology Pty Ltd to meet stringent Australian Standards, specifically AS 2918.

They distinguish themselves through innovative design elements like a stainless steel baffle and a patented heat exchange system. This combination promotes optimal combustion, extracting more heat from the wood fuel and minimizing smoke output. Available in various sizes, including Medium inserts and Large freestanding models, Clean Air caters to different heating requirements and home dimensions.

The design focuses on maximizing heat output while ensuring responsible environmental performance, making them a popular choice for those seeking a warm and eco-conscious heating solution. Proper installation by a licensed tradesman is paramount to realizing these benefits.

Benefits of Using a Clean Air Wood Heater

Clean Air Wood Heaters offer a multitude of advantages, starting with exceptional heating capacity – the Large model, for instance, can effectively warm spaces up to 350m². Beyond sheer power, these heaters excel in efficient firewood use, reducing fuel consumption and associated costs.

The advanced combustion technology minimizes smoke production, contributing to cleaner air both inside and outside the home. Furthermore, the ten-year warranty provides substantial peace of mind, reflecting the manufacturer’s confidence in product durability.

Their design also prioritizes safety, adhering to AS 2918 standards when correctly installed. Ultimately, a Clean Air heater delivers a blend of warmth, efficiency, environmental responsibility, and long-term value for Australian homeowners.

Installation Guidelines

Proper installation, strictly adhering to AS 2918 standards, is paramount for safe and efficient operation of your Clean Air Wood Heater.

Engage a licensed tradesman to ensure correct flue placement and clearances from combustible materials.

Professional Installation Requirement (AS 2918)

All Clean Air Wood Heater installations must be carried out by a licensed tradesperson, fully compliant with the requirements outlined in Australian Standard AS 2918. This standard governs the installation of solid fuel heating appliances, ensuring safety and optimal performance.

Attempting self-installation is strongly discouraged and may void your warranty. A qualified installer possesses the necessary expertise to assess your home’s specific requirements, including flue system design, appropriate clearances, and adherence to local building codes.

The installer will verify that the chosen location meets safety regulations and that the flue system is correctly sized and installed to effectively vent combustion gases. Proper installation is not merely a recommendation; it’s a legal requirement and a critical factor in preventing hazards like carbon monoxide poisoning or house fires.

Documentation confirming professional installation will be required for warranty claims.

Choosing the Correct Installation Location

Selecting the right location for your Clean Air Wood Heater is paramount for safety and efficient heating. Avoid high-traffic areas where accidental contact is likely, and keep the heater away from flammable materials like furniture and draperies.

Consider the floor protection requirements; a non-combustible hearth is essential. Ensure adequate space around the heater for safe access during operation and maintenance. The installation location should also facilitate proper flue system routing.

Avoid areas prone to drafts, as this can affect combustion efficiency. Do not place the heater in a confined space without sufficient ventilation. Careful planning at this stage will maximize the heater’s performance and minimize potential risks.

Refer to the detailed installation instructions for specific clearance requirements.

Clearance from Combustible Materials

Maintaining proper clearances from combustible materials is absolutely critical for safe operation of your Clean Air Wood Heater. These clearances are defined by Australian Standard AS 2918 and are non-negotiable.

Specifically, the manual details minimum distances required to walls, ceilings, and flooring constructed of wood, plasterboard, or other flammable materials. These distances vary depending on the heater model and flue system configuration.

Failure to adhere to these clearances can create a significant fire hazard. Always consult the installation instructions for your specific heater model to determine the exact required clearances.

Non-combustible materials, like brick or concrete, may allow for reduced clearances, but this must be verified according to AS 2918.

Corner Installation Options (Diagonal & Standard)

Clean Air Woodheaters offer flexibility in installation, including both standard and diagonal corner placements. However, it’s vital to understand that corner installations require careful consideration to maintain compliance with AS 2918.

Diagonal corner installations, while aesthetically pleasing, often necessitate greater clearances to adjacent walls due to the heater’s angled position. The manual provides specific diagrams illustrating these required dimensions.

Standard corner installations generally require less space but still demand adherence to minimum clearance guidelines. Always verify that the chosen location meets all safety requirements.

HRL Technology Pty Ltd has tested Clean Air models for enclosed dimensions, ensuring safe operation when installed correctly. Always prioritize safety and consult a licensed tradesperson.

Flue Installation – Critical Considerations

Flue installation is arguably the most critical aspect of your Clean Air Wood Heater’s performance and safety. Incorrect flue installation can lead to smoke backdraft, reduced efficiency, and even dangerous carbon monoxide buildup.

The flue creates the final performance of the heater, so meticulous attention to detail is paramount. All installations must be carried out by a licensed tradesperson in accordance with AS 2918.

Ensure the flue pipe is of the correct diameter and material, as specified in the heater’s manual. Proper sealing of all flue joints is essential to prevent leaks.

Avoid sharp bends in the flue run, as these can restrict airflow. Maintain adequate clearance from combustible materials throughout the entire flue system.

Operating Your Clean Air Wood Heater

Efficient operation hinges on understanding fuel quality and proper techniques. Dry wood is paramount, impacting performance significantly; study this section carefully before first use.

Mastering air control adjustment and understanding the baffle system unlocks optimal combustion and maximizes heat output for a cozy home environment.

Understanding Fuel Types and Quality

Fuel selection profoundly impacts your Clean Air Wood Heater’s performance. Few things affect your heater as much as the wood you burn, so careful consideration is essential.

Hardwood species generally offer higher energy density and longer burn times compared to softwoods. However, regardless of the type, dry wood is critical.

Moisture content dramatically reduces combustion efficiency and increases smoke production. Aim for wood with a moisture content as low as possible, ideally below 20%.

Wood Moisture Content (W/mK) is a key indicator. Properly seasoned wood not only burns cleaner but also generates more heat, maximizing the efficiency of your heater.

Avoid using treated wood, painted wood, or any wood containing foreign substances, as these can release harmful chemicals when burned and damage your heater.

Storing wood properly – covered and well-ventilated – is vital for maintaining optimal dryness and ensuring a consistently warm and efficient fire.

Importance of Dry Wood

Dry wood is paramount for efficient and clean combustion in your Clean Air Wood Heater. Burning wet or unseasoned wood significantly reduces heating output and creates excessive smoke.

Moisture in wood absorbs heat energy during the burning process, lowering the overall temperature and hindering complete combustion. This results in wasted fuel and a less effective heating experience.

Furthermore, wet wood produces more creosote, a flammable residue that builds up in the flue, increasing the risk of chimney fires.

Seasoning wood – allowing it to air dry for at least six months, and preferably longer – reduces its moisture content to an acceptable level.

Properly seasoned wood ignites easily, burns hotter, and produces significantly less smoke, contributing to both safety and environmental responsibility.

Prioritizing dry wood ensures optimal performance and longevity for your Clean Air Wood Heater.

Wood Moisture Content (W/mK)

Understanding wood moisture content, often expressed as W/mK, is crucial for maximizing your Clean Air Wood Heater’s efficiency. Ideally, wood should have a moisture content below 20% for optimal burning.

Higher moisture levels drastically reduce heat output and increase smoke production, diminishing performance and potentially causing dangerous creosote buildup.

While a precise W/mK measurement requires a moisture meter, several indicators suggest wood is adequately seasoned.

These include checking for cracks in the end grain, a lighter weight compared to freshly cut wood, and a hollow sound when two pieces are struck together.

An air gap during storage is essential for proper drying, allowing air circulation around the woodpile.

Investing in a moisture meter is recommended for accurate readings and ensuring consistently dry fuel.

Starting Your First Fire

Before lighting your first fire, carefully review this section to ensure a safe and efficient start-up. Begin with a small nest of kindling – dry twigs, paper, or commercially available fire starters – placed centrally on the firebed.

Add progressively larger pieces of dry wood, creating a teepee or log cabin structure to allow airflow.

Open the air controls fully to provide ample oxygen for combustion.

Ignite the kindling and allow it to establish a strong flame before adding more substantial logs.

Avoid overloading the firebox; start with a moderate amount of wood and gradually increase as the fire gains strength.

Study this entire section carefully; it will assist you in achieving maximum performance from your Clean Air Wood Heater.

Achieving Optimal Combustion

Optimal combustion is key to maximizing heat output and minimizing smoke emissions. Air control adjustment is crucial; experiment to find the setting that provides a clean, bright flame without excessive smoke.

Generally, more air is needed during start-up and when adding fresh wood.

The baffle system plays a vital role, directing airflow for complete combustion and efficient heat exchange.

Ensure the baffle is correctly positioned for optimal performance.

Observe the flame pattern – a lively, yellow-orange flame indicates efficient burning, while a lazy, smoky flame suggests insufficient air or wet wood.

Few things affect performance as much as the fuel you burn; prioritize dry, seasoned wood for best results.

Air Control Adjustment

Air control adjustment is fundamental to efficient operation. Most Clean Air Wood Heaters feature primary and potentially secondary air controls.

The primary air control regulates airflow under the grate, influencing the burn rate and intensity.

Opening it fully provides maximum heat for start-up, while closing it slows combustion for longer burns.

Secondary air controls, if present, introduce preheated air above the flames, promoting complete combustion and reducing smoke;

Experiment with different settings to find the optimal balance for your wood type and desired heat output.

Take note: more air is generally needed during initial lighting and when adding new wood to the firebox.

Baffle System and Heat Exchange

Clean Air Wood Heaters utilize a sophisticated baffle system and heat exchange technology for maximized efficiency.

The stainless steel baffle, a key component, forces hot exhaust gases to travel over the top and around the firebox.

This extended path extracts more heat from the gases before they exit through the flue.

The patented heat exchange design further enhances this process, transferring heat to the surrounding air and radiating it into the room.

This results in a warmer, more comfortable environment with less wood consumption.

Regular inspection of the baffle ensures optimal performance; it should be free from ash buildup and properly positioned.

Maintenance and Safety

Regular inspection of all components is vital for safe and efficient operation. Cleaning procedures, including ash and flue removal, are essential for peak performance.

Prioritize safety by following the manual’s guidelines diligently to ensure long-lasting enjoyment.

Regular Inspection of Components

Consistent inspection of your Clean Air Wood Heater is paramount for safe and efficient operation. Before each heating season, and periodically throughout, carefully examine the door seals for wear or damage, ensuring a tight closure to prevent smoke leakage.

Inspect the glass window for cracks or breaks, replacing it if necessary. Thoroughly check the baffle system, verifying its integrity and proper positioning – a damaged baffle significantly impacts combustion efficiency.

Pay close attention to the flue pipe and connections, looking for signs of corrosion, damage, or loose joints. Ensure all fasteners are secure. Regularly inspect the firebricks within the firebox, noting any cracks or deterioration.

Finally, examine the air controls to confirm smooth operation. Addressing any issues promptly will maintain optimal performance and extend the life of your heater.

Cleaning Procedures

Routine cleaning is essential for maintaining the efficiency and safety of your Clean Air Wood Heater. Ash removal should be performed when the ash level reaches approximately 50mm, using a metal container and appropriate safety precautions – ashes retain heat for extended periods.

Flue cleaning is critical, ideally conducted at least annually, or more frequently with heavy use. A professional sweep is recommended to remove creosote buildup, a flammable substance that poses a fire hazard.

Inspect and clean the glass window with a specialized wood stove glass cleaner, avoiding abrasive materials. Wipe down exterior surfaces with a damp cloth.

Ensure all components are cool before cleaning. Regular maintenance prevents dangerous buildup and ensures optimal performance.

Ash Removal

Regular ash removal is vital for maintaining optimal combustion and preventing potential issues within your Clean Air Wood Heater. Allow ashes to cool completely – they can retain heat for several days – before handling. Use a metal container with a tight-fitting lid for safe disposal, as embers can remain hidden.

Remove ashes when the level reaches approximately 50mm, avoiding overfilling. A small amount of ash remaining in the firebox can actually aid in starting future fires.

Be cautious during removal to avoid creating dust, and always dispose of ashes responsibly, away from combustible materials.

Never use a vacuum cleaner for ash removal, as it can damage the appliance and pose a fire risk.

Flue Cleaning

Regular flue cleaning is paramount for safe and efficient operation of your Clean Air Wood Heater, preventing dangerous creosote buildup. Creosote is a highly flammable byproduct of incomplete combustion and can cause chimney fires.

Inspections should occur at least annually, and more frequently with heavy use. A qualified professional is recommended for thorough cleaning, utilizing specialized brushes and equipment.

Signs indicating the need for cleaning include heavy smoke, reduced draft, or a noticeable creosote deposit within the flue.

Ensure the heater is cool before any inspection or cleaning takes place. Proper flue maintenance guarantees optimal performance and safety.

Warranty Information

Clean Air Wood Heaters are backed by a comprehensive ten-year warranty, demonstrating our commitment to quality and durability.

This warranty covers manufacturing defects, providing customers with long-term peace of mind and protection for their investment.

Clean Air Ten Year Warranty Details

Clean Air offers a ten-year warranty on all new wood heaters, commencing from the date of purchase. This warranty specifically covers defects in materials and workmanship under normal use. The heater must be installed by a licensed tradesperson, adhering to AS 2918 standards, to remain valid.

The warranty applies to the heater body, baffle system, and heat exchange components. It does not cover issues arising from improper installation, misuse, neglect, or the use of inappropriate fuels. Regular maintenance, as outlined in the owner’s manual, is essential for maintaining warranty coverage.

To make a claim, proof of purchase and installation certification are required. Clean Air will, at its discretion, repair or replace the defective component. This warranty provides assurance of product quality and longevity, reflecting our dedication to customer satisfaction.

Coverage and Limitations

Clean Air’s ten-year warranty covers defects in manufacturing and materials, ensuring a durable heating solution. However, several limitations apply. Damage resulting from incorrect installation, failing to meet AS 2918 standards, voids the warranty. Similarly, issues stemming from misuse, abuse, or alterations are excluded.

The warranty doesn’t extend to consumable parts like glass, seals, or paint, which naturally degrade with use. Furthermore, damage caused by external factors – such as acts of God or improper flue maintenance – isn’t covered. Proof of purchase and professional installation are mandatory for claims.

Clean Air reserves the right to inspect any claimed defect before authorizing repairs or replacements. This warranty offers peace of mind, but responsible operation and maintenance are crucial for its validity.

Troubleshooting Common Issues

Poor combustion and smoke backdraft are common concerns. Ensure dry wood, proper air control adjustment, and a clean flue for optimal performance.

Addressing these issues promptly maintains efficiency and safety.

Poor Combustion

Poor combustion within your Clean Air Wood Heater often stems from insufficient airflow or the use of improperly seasoned wood. Dry wood is paramount; moisture content significantly impacts burn efficiency. If smoke is thick and dark, it indicates incomplete combustion, releasing more pollutants and reducing heat output.

Begin by adjusting the air control to increase oxygen supply. Ensure the baffle system isn’t obstructed, as it’s crucial for directing airflow and promoting complete burning. Check for any blockages in the flue, which can restrict draft. Remember, few things affect performance as much as the fuel you burn.

A sluggish fire may also indicate a buildup of ash restricting airflow beneath the grate. Regularly removing ash is essential. If issues persist, consult a qualified technician to inspect the heater and flue system for potential problems.

Smoke Backdraft

Smoke backdraft, where smoke enters the room instead of exiting through the flue, is a serious issue demanding immediate attention. This often indicates a negative pressure situation within the house, hindering proper draft. Ensure windows and doors are adequately sealed to prevent excessive air leakage.

Verify the flue is unobstructed and correctly installed according to AS 2918 standards. A cold flue can also contribute to backdraft; pre-warming it with a small amount of kindling can help establish a draft.

External factors like wind direction or nearby structures can also influence draft. If the problem persists, a professional inspection of the entire heating system is recommended to identify and rectify the cause. Never operate the heater with a backdrafting condition.