Medium Flush Wood NexGen-Fyre™ Rect.

WHAT’S THE MAGIC

The Medium Flush Wood NexGen-Fyre™ Insert converts a wasteful masonry or zero clearance fireplace into an excellent heat source that can provide reliable warmth at a fraction of the cost of electricity or oil. With a three-sided convection chamber and standard 180 CFM convection fan, this insert is designed to deliver the maximum heat output from the wood you burn due to our advanced NexGen-Fyre™ technology.

The Medium Flush NexGen-Fyre™ is available with the GreenStart^® patent-pending ignition system for the modern wood burner; just load your wood and push a button! We’ve completely eliminated slow, cracked open door startups and laboring over fickle newspaper.

WATCH A VIDEO ON THIS INSERT

Lopi® Medium Flush Wood NexGen-Fyre® Insert, Rectangular Door from Travis Industries on Vimeo.

INNOVATIONS

HOW TO USE YOUR MOISTURE METER
UNDERSTANDING YOUR WOOD INSERT
GREENSTART™
HYBRID-FYRE™
CORD WOOD VS. CRIB WOOD

ADDITIONAL ACCESSORIES

CUSTOM SHOP MANTELS

Select:

Emissions: 1.7 Grams Per Hour (CORD WOOD)
Heating Capacity:* Up to 2,000 Square Feet
EPA Tested BTUs: 14,483 to 69,982 (CORD WOOD)
“Real World BTUs”:** See Below
Maximum Burn Time: Up to 10 Hours
Firebox Size: 2 Cubic Feet
Maximum Log Size: 24”
Weight: 450 Pounds
Construction: 5/16” to 1/4” Steel Plate
LHV Overall Efficiency:*** Up to 78%
HHV Overall Efficiency:*** Up to 72%
Glass Viewing Area: 22-5/8” W x 10-1/8” H, 226.6 Sq. In.
* Heating capacity may vary depending on degree of home insulation, floor plan and ambient temperature zone
of the area you live.
** EPA tests to determine BTU output are achieved with a single load of wood at each burn rate. At home, you are likely
to add more wood to your insert to maintain your desired comfort level. By the simple process of loading your fireplace
insert with additional wood, you could achieve up to a 20% higher heat output than established during EPA testing.
*** Overall efficiency as tested using B-415.1 using Cord Wood. LHV = Low Heat Value, HHV = High Heat Value.