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Martti Purtola 7 May 2006

Product Training 17 June 2006. Martti Purtola 7 May 2006. Contents. 1. Unique technology Exterior-core construction – innovative heating technology Tulikivi whirlbox - innovative heating technology New firebox and maintenance doors Combustion air control unit – tight and easy to use

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Martti Purtola 7 May 2006

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  1. Product Training 17 June 2006 Martti Purtola 7 May 2006

  2. Contents • 1. Unique technology • Exterior-core construction – innovative heating technology • Tulikivi whirlbox - innovative heating technology • New firebox and maintenance doors • Combustion air control unit – tight and easy to use • Flue and combustion air connectors • Electric elements – comfort and savings • 2. Simple to use • Heating a fireplace – Simpler than ever • Removal of ashes and sweeping – through the same maintenance door • 3. The advantages of Tulikivi products • User convenience • Innovative heating technology • Diverse design

  3. Exterior-Core Construction – Innovative Heating Technology • The new exterior-core construction consists of separate interior and exterior stones. • The interior stones form a functioning fireplace. • The heat-retaining soapstone mass has been concentrated in the inner structures of the fireplace which make up more than 50% of the total mass. • There are four types of cores: cores for square, vertical and horizontal door models and a core for corner models. • Functional parts such as doors are attached to the core while the exterior stones act as lining. This allows for more freedom in the design of the exterior stones (structure and materials). • Thanks to its exterior-core construction, a fireplace retains heat steadily and releases it over a prolonged period.

  4. About 20% of the total air that is fed into the combustion process goes through the grate (primary air). • About 40% of combustion air is fed through the fireplace’s panels (secondary air). • About 40% of total air is fed through the firebox door in the form of rinsing air. Tulikivi Whirlbox - Innovative Heating Technology • The Tulikivi whirlbox combustion technology directs combustion air into the different parts of the firebox, which means the box’s entire capacity is utilized effectively. • The Tulikivi whirlbox • burns wood efficiently and impressively  high rate of efficiency (  88%) • generates minimal emissions (e.g. CO  700 ppm)

  5. Firebox panels Material: Cordierite TP SET 00010 (door 00010) TP SET 00020 (door 00020) TP SET 00030 (door 00030) Log guard Material: Cast iron 00350 Vault grate Material: Cast iron 00250 Funnel Material: Cast iron 00300 Ash funnel Material: Steel 1586 Tulikivi Whirlbox – Functional Parts • The Tulikivi whirlbox’s grate helps burn embers completely, producing a minimal amount of ashes and leaving 30-40% less unburned solids than when using a traditional flat grate. • All the wearing parts of the firebox can be replaced through the firebox door.

  6. New Firebox Doors Square door - 00010 • Door casing material: cast iron • Door’s external dimensions: 460 x 460 mm • Glass panel’s dimensions: 355 x 355 mm • (15% larger than the 0002B door) • Hinges on the left (standard) • Door handle can also be placed on the other side (by special order) 00010

  7. New Firebox Doors Vertical Door - 00020 • Door casing material: cast iron • Door’s external dimensions: 460 x 580 mm • Glass panel’s dimensions: 355 x 475 mm (53% larger than the 0002B door) • Hinges on the left (standard) • Door handle can also be placed on the other side (by special order) 00020

  8. New Firebox Doors Horizontal door - 00030 • Door casing material: steel • Door’s external dimensions: 640 x 460 mm • Glass panel’s dimensions: 540 x 360 mm (76% larger than the 0002B door) • Hinges on the left (standard) • Door handle can also be placed on the other side (by special order) 00030

  9. Fastening hook 00030A/2 Door Mask 00030K1 Air deflector 00030A/1 Handle Air frame Structure of the 00030 Firebox Door

  10. 0004K 0004E 0004F New Maintenance Doors • The door is used with horizontal doors. • The maintenance door’s width is the same as that of the firebox door. • Casing material: steel • Handle material: steel • The door is used with cast-iron doors (square and vertical door). • The maintenance door’s width is the same as that of the firebox door. • Casing material: steel • Handle material: cast iron • The door is used with cast-iron doors equipped with a steel mask (square and vertical doors). Models: Kirakka, Louhi and Vasa. • The maintenance door’s width is the same as that of the firebox door. • Casing material: steel • Handle material: steel

  11. The combustion air control unit is located at the front of the fireplace under the firebox door. • The flow of combustion air is controlled by adjusting one lever. Combustion Air Control Unit – Tight and Easy to Use • The combustion air control unit has a simple and tight construction. • If necessary, the combustion air control unit can be replaced through the firebox door.

  12. The combustion air controller is used to adjust the ratio between primary air flowing under the grate and secondary air flowing onto the firebox panels. • The combustion air controller closes the air channels tightly (lever in the ”closed” position). • The control lever is used to operate the combustion air control unit. • Combustion air is fed onto the controllers through the air channels. • The steel ashbox has a volume of approximately 5 liters • The ashbox has a lid. Combustion Air Control Unit’s Functional Parts

  13. Position - Position + Position | Combustion Air Control Unit’s Positions • Control lever on the right • Used when burning wood • About 20% of the air flows • through the grate • About 40% of the air flows • through the panels • About 40% of the air flows • through the door • Control lever in the middle position • Used during ignition and when burning away embers • About 40% of the air flows through the grate • About 20% of the air flows through the panels • About 40% of the air flows through the door • Control lever on the left • Combustion air control • unit fully closed

  14. The flue connector area is portrayed in brochure plans using a continuous red line. • The place for the top vent and its measurements along the back of the fireplace are displayed in brochure plans. • A connection at the top of the fireplace increases the fireplace’s depth by 105 mm (displayed in plans using separate measurements and a dashed line). Flue and Combustion Air Connectors • The flue is attached to the bottom of the fireplace (standard). • A flue connection at the top of the fireplace can be ordered as an add-on for the new fireplaces (order code: product name + T). The flue can be connected either at the top at the back or from above the fireplace through the top lid. • Combustion air can be channeled directly under the fireplace from outside. The channel ( 150mm, max. length 8 m) should be placed in the area marked in the installation guidelines. Air is directed into the combustion air control unit through an LK3 adapter (add-on).

  15. Electric elements (art. no. 5105, length 880 mm) are installed in a fireplace’s smoke channels. Electric Elements – Comfort and Savings • Electric elements can also be installed in fireplaces (add-on). • Nominal power and current: 2.0 kW / 10A • Electric elements provide comfort and savings: a Tulikivi fireplace equipped with electric elements can be used to take advantage of cheaper off-peak electricity.

  16. Heating a Fireplace – Simpler Than Ever • The heating of new-generation Tulikivi fireplaces is even simpler than before. • The fireplace needs hardly any adjustment during heating. • Recommendations for how much wood should be burned (1 kg of wood / 100 kg of the fireplace’s weight / heating) help the customer use the fireplace correctly. • The Tulikivi whirlbox burns wood cleanly and efficiently – less maintenance. • Dry wood (moisture 15-20%) or wood briquettes should be burned in Tulikivi fireplaces.

  17. Heating a Fireplace – Amount of Wood, Size and Number of Loads Added

  18. With the new fireplaces, ash removal and sweeping can be performed through a maintenance door located at the front of the fireplace. Removal of Ash and Sweeping – Through the Same Maintenance Door • Ash is removed using a lidded ashbox (volume ~5 dm3). • The fireplace’s smoke channels can be swept through the maintenance door by • opening the maintenance door • removing the ashbox • opening the sweeping doors (to the sides and the back) • The fact that cleaning and maintenance can be carried out through a single maintenance door allows for the freer positioning of fireplaces, as there is no need to leave room at the sides for maintenance.

  19. The Advantages of Tulikivi Products User convenience • Easy to use • Clean glass doors • Cool handle • Large ashbox • Easy to sweep

  20. The Advantages of Tulikivi Products Innovative heating technology • Exterior-core construction – even and prolonged heat release. • Tulikivi whirlbox – efficient and environmentally friendly combustion.

  21. The Advantages of Tulikivi Products Diverse design • Fireplaces for different customers – Tulikivi is offering a new range of modern fireplaces • More features with add-ons • Stylish products (even distribution of stones, among other things) • Large firebox doors – beautiful flame

  22. Thank you! Martti Purtola Tulikivi Corporation

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