Description
Kiara 26 Inch Invicta Wood Burning Stove 6104-42 Product Details
Wood-burning stoves have been around longer than the USA has been a country. The Invicta 32 inch Kiara wood stove is made of cast iron so you know it will last. The contemporary design means even when it goes out of style, it will stay a classic. Designed to meet the 2020 EPA standards making this stove on the cutting edge of energy efficiency. These products have stood the test of time and with technology improving to make them more and more efficient, they’ll be standing strong when our great-grand kids have grand kids.
*Venting Requirements: This unit requires venting pipe with an inner diameter of 6 Inches.
* Please Note: Do not connect the stove to any hot air distribution system.
*Also Note: This appliance must be installed on a non-combustible protector that extends to the front, sides, and back of the appliance.
Features:
- Size: 26 Inches
- Color: Anthracite
- Product Dimensions: 25 1/2″ W x 31 1/2″ H x 14 3/4″ D
- Clean glass system
- Contemporary design
- 8 hour max burn time
- 5-year limited warranty
- Enlarged glass viewing area
- Ecolabel A for energy efficiency
- Stylish and contemporary design
- Optimal heating power and range
- Exclusive post-combustion system
- Enhanced thermal conductivity and durability
- 2020 EPA and CSA certified in the US and Canada
- Manufactured from 100% recyclable cast iron material
Purchase the Invicta Kiara 26 Inch Wood Burning Stove 6104-42 today. Available here at Flame Authority, your trusted dealer!
Manuals
Manuals:
- Kiara Stove Product Manual
- Kiara Stove Installation Guide
Need assistance? Talk to an Expert at +1-800-923-4556 or email: support@flameauthority.com to get the best-suited Stove for your needs.
Specifications
Specifications:
- Maximum BTU Output with Dry Cordwood: 42,000
- Recommended Heating Area: 1,800 to 3,500 sq. ft.
- Glass Viewing Area: 20 3/4″ W x 12 7/25″ H
- Maximum Log Size: 22″
- Certification: 63% efficient based on an EPA-specified test method (CSA B 415-10 stack loss method). Actual efficiency will vary.
Explore more from our collection.
Reviews
There are no reviews yet.