Enerzone Destination 2.7 Wood Insert

Right buyer

Owners of a working masonry fireplace with a large opening who want to convert an inefficient open hearth into a serious primary heat source — up to 2,200 sq ft of zone heating capability with a 2.5 ft³ firebox, 20-inch log capacity, and an 8-hour maximum burn cycle. Reasonable insulation, access to seasoned hardwood at 15–20% moisture, and an existing masonry fireplace that meets the minimum opening dimensions (27 1/8" H × 31 3/4" W × 22 1/8" D per manual) are the basic requirements.

Buyers heating 1,500–2,000 sq ft as primary winter heat in moderate climates, or 1,200–1,500 sq ft in cold climates and older homes. The Destination 2.7 is the largest insert in the Enerzone Destination line — sized for whole-house zone heating from a main living area, not single-room supplemental heat.

Buyers prioritizing low emissions. At 1.2 g/hr published average particulate emissions, the Destination 2.7 is well below the EPA 2020 cordwood limit (2.5 g/hr) and notably lower than the Enerzone Destination 2.3 or Solution 2.3-I. For EPA non-attainment counties, jurisdictions with stricter local emission rules, or buyers who simply want the cleanest-burning insert available in this size class, this is the right tool.

Buyers who want an aesthetic statement. The Destination 2.7 ships with a cast-iron faceplate adorned with a distinctive louver and a large 24 1/4" × 12 5/8" ceramic glass surface — wide, horizontal, picture-frame proportions. The look is bolder and more contemporary than smaller inserts in the Destination line.

Buyers who want the most powerful blower in the lineup. The 176 CFM heat-activated double-cage blower is meaningfully stronger than the 90 CFM blowers on smaller Destination-line inserts. For an insert — where most of the firebox sits inside the masonry cavity — blower CFM is what gets the heat into the room.

Wrong buyer

Not for buyers without an existing code-compliant masonry fireplace with a large opening. Wood inserts must be installed inside a lined masonry fireplace with a continuous stainless-steel chimney liner running the full height. This insert requires a substantial opening (27 1/8" H × 31 3/4" W × 22 1/8" D per manual) — many older or smaller fireplaces will not accept it. Not approved for factory-built (prefab) metal fireplaces, mobile homes, alcoves, or freestanding installation.

Not for buyers heating under 1,200 sq ft. The 2.5 ft³ firebox will overheat a smaller space and force you to run it inefficiently. For smaller spaces, step down to the Destination 2.3 (2,100 sq ft) or Destination 1.9 (1,200 sq ft).

Not for buyers focused on efficiency numbers. At 64% HHV average efficiency, the Destination 2.7 is lower than smaller inserts in the line. The 2.7 trades efficiency for emissions performance and BTU capacity — its standout numbers are the published emissions rate and 80,000 BTU/hr output, not efficiency. Buyers who want high published efficiency should look at the Destination 1.9 (75% HHV) or smaller catalytic inserts.

Not for buyers expecting 10+ hour overnight burns. The 8-hour manufacturer maximum is achievable on a packed load of dense hardwood with the air shut down hard, but useful heat from a packed load is realistically 6–7 hours. For longer burns, consider a catalytic insert in this size class.

The Destination 2.7 is approved only for installation inside an existing code-compliant masonry fireplace with a continuous stainless-steel chimney liner. It is not approved for installation in factory-built (prefab) metal fireplaces, in mobile or manufactured homes, in alcoves, or as a freestanding unit. The masonry fireplace and chimney must be inspected before installation for cracks, loose mortar, creosote, blockage, or other signs of deterioration.

Minimum masonry opening

If a fresh-air intake is being installed, add at least 4 inches to the width. Plan for a small installation margin above the insert to seat the liner adapter — an opening exactly at the minimum will be a tight install. Measure carefully before ordering.

Projection kit (optional)

If the fireplace depth is less than the minimum 22 1/8", the optional projection kit (SBI AC01263) extends the insert 2 or 4 inches forward of the fireplace facing. With the kit installed, the depth requirement reduces to 20 1/8" (2" projection) or 18 1/8" (4" projection). Ordered as a separate accessory.

Faceplate options

The standard cast-iron faceplate covers most masonry openings. For larger openings, the optional 18-gauge cuttable faceplate extends the cover area — the edges can be trimmed to contour an arched fireplace or to minimize visible flashing. Selected at order if needed.

Clearances to combustibles

Reduced clearances are not available by means of heat shields on this insert — the figures above are the binding minimums. Note that the mantel shelf clearance is measured from the top of the faceplate, with or without the projection kit. The 19-inch side-wall clearance is larger than smaller inserts in the line — this is a larger appliance generating more heat output, and the clearance reflects that.

Floor protection

Floor protection requirements depend on whether the projection kit is installed and whether the existing masonry hearth is raised above the surrounding combustible floor. Without the projection kit, if the hearth is raised at least 2 inches, a non-combustible floor protector with no R-value is required and must extend at least 16 inches in front of the unit in the USA, 18 inches in Canada; if the hearth is raised less than 2 inches, a non-combustible floor protector with an R-value of at least 1.00 is required and must extend at least 20 inches in front of the unit. With the projection kit installed, the thresholds change to 4 inches raised (no R-value required) or less than 4 inches raised (R-value of 1.00, extending at least 22 inches forward). The manual includes a thermal-resistance lookup table for common floor protection materials (brick, cement board, ceramic tile, marble) to calculate the required R-value combination.

Chimney and liner

The Destination 2.7 requires a continuous 6-inch stainless-steel chimney liner extending from the insert flue collar to the top of the chimney. The liner must conform to ULC S635, CAN/ULC-S640 (Canada) or UL 1777 (USA) and be rated for solid fuel. The minimum liner height is 15 feet, subject to installer verification, certification label, draft conditions, and local code. The chimney must extend at least 3 feet above the highest point of contact with the roof and at least 2 feet above any roof line or obstacle within 10 feet horizontally.

Reduction of the liner diameter below 6 inches is not permitted in the USA — 6 inches is the minimum. In Canada only, a 5-inch liner is permitted if the masonry chimney exceeds 20 feet total height and the application is verified and authorized by a qualified installer. The insert is not approved for a "positive flue connection" to clay tile — a continuous stainless liner is required.

If the existing fireplace's throat damper is to remain, it must be locked open to clear the liner; otherwise the damper plate must be removed. If removed, the notice plate (27009) supplied in the owner's manual kit must be installed in a visible place inside the masonry hearth. A sheet-metal block-off plate (or, in Canada per CSA B365, mineral wool packing around the liner) is recommended at the throat to reduce cold-air backdraft into the room. An insulated liner (or pre-insulated liner with a wrap) improves draft and reduces creosote, and is required by code in some jurisdictions for clearance reasons.

Outside air

An optional fresh-air intake kit is available for code jurisdictions requiring outside combustion air or for tight new-construction homes with mechanical ventilation. The fresh-air intake adapter installs on either the left or right side of the insert (the unused side is covered by a plate supplied in the owner's manual kit). A smoke detector and carbon monoxide detector are required in the room where the insert is installed.

Code compliance

Code compliance for any specific installation is determined by the local Authority Having Jurisdiction. Manufacturer listings cover what the insert is approved for; the AHJ approves what is permitted at your address. A WETT (Canada), NFI, or CSIA (USA) certified installer is strongly recommended and frequently required by code, permit, or insurance. In Canada the CSA B365 standard applies; in the USA, ANSI NFPA 211 applies. Confirm local requirements before purchasing.

California Proposition 65

This product can expose you to chemicals including carbon monoxide, which is known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to www.P65warnings.ca.gov.

Ships with the insert

• Destination 2.7 wood insert (EB00058) with welded carbon-steel firebox and arched cast-iron glazed door
• Cast-iron faceplate assembly with distinctive louver detail, decorative top panel, and grille
• 176 CFM heat-activated double-cage blower assembly with rheostat speed control and three-position switch (AUTO / OFF / MANUAL)
• C-Cast baffle and stainless-steel secondary-air tube assembly
• Moulded refractory panels (floor, sides, back)
• Cast-iron andiron for fireplace
• Liner fixation brackets and hardware
• Damper-removal notice plate (27009) for installations where the masonry throat damper is removed
• Owner's manual and product documentation

Sold separately

• 6-inch continuous stainless-steel chimney liner kit (UL 1777, CAN/ULC-S635, or CAN/ULC-S640) — required for installation, sized to the chimney height
• Hearth extension or floor protector sized per manual specifications, with R-value of at least 1.00 if hearth is raised below the manual's threshold
• Optional cuttable faceplate (SBI AC01277) — see "Where it can go" for details
• Optional projection kit, 2" or 4" (SBI AC01263) — see "Where it can go" for details
• Optional 5-inch fresh-air intake kit (SBI AC01298) — for code jurisdictions requiring outside combustion air or for tight new-construction homes
• Optional 5-inch fresh-air intake register with airtight damper (SBI AC01349) — closable outside-air damper; do not close while the insert is in use
• Optional rigid fire screen door (SBI AC01275) — not permitted for open-door use in the United States or in Canadian provinces/jurisdictions with particulate-emission limits; never leave the insert unattended when used with a fire screen
• Optional liner hook-up system (SBI AC02006) — simplifies liner-to-flue-collar connection
• Optional offset liner adapter (SBI AC01214) — for installations where the chimney throat geometry requires offset connection; restricts flow somewhat and should only be used when no other option is possible and chimney height is at least 20 feet
• Pin-type wood moisture meter — not optional in practice
• Flue thermometer — strongly recommended for insert installations since stove-top temperature isn't accessible
• Installation by an authorized qualified technician (WETT, NFI, or CSIA certified) — required for warranty coverage and often required by code, permit, or insurance

The 80,000 BTU/hr maximum is a peak rating, transient, achieved on dry cordwood at high loading density and short reload intervals. The figure that matters for daily life is the sustained output across a full burn cycle, which lands in the 12,700–60,700 BTU/hr band per the CSA B415.1-10 stack-loss method — a wide range covering shoulder-season heating on the low end and serious cold-snap output on the high end.

A realistic burn cycle from a packed load of well-seasoned hardwood produces a 30–45 minute warm-up, 2–3 hours of strong sustained heat once the firebox and surrounding masonry come up to temperature, then a gradual decline over the next 3–4 hours with a coal bed remaining. Total useful heat from one full pack is realistically 6–7 hours, occasionally approaching the 8-hour manufacturer maximum with dense hardwood, mild weather, and a packed coal bed.

The masonry around the insert acts as a thermal mass. Once the surrounding brick or stone is up to temperature, it continues radiating heat into the room well after the active fire has died down. This is one of the underappreciated benefits of an insert versus a freestanding stove — the masonry stores and releases heat on its own cycle. The first hour from a cold start is the slowest because that mass has to come up to temperature; once it's hot, response time is faster.

The 176 CFM heat-activated double-cage blower is what gets the heat into the room. Because most of the insert's firebox sits inside the masonry cavity, the radiant heat that would otherwise reach the room from a freestanding stove is partly absorbed by the surrounding brick. The convection jacket around the firebox captures that heat and the blower pushes it out into the room. The 176 CFM rating is notably stronger than the 90 CFM blowers used on smaller Destination-line inserts — more aggressive heat distribution and more effective at moving heat out of the masonry cavity. The rheostat lets you dial speed down for quieter operation once the room is up to temperature.

With the switch in AUTO, the blower starts automatically once the insert is hot enough and stops when it cools — set the position and forget about it. With the switch in MANUAL, the blower runs continuously regardless of insert temperature. Allow the insert to reach operating temperature (approximately one hour from a cold start) before turning the blower to MANUAL. Per the manual, turning the blower on too early during start-up pulls heat away from the firebox and slows the build-up to clean combustion.

Air-wash glass stays largely clear during proper hot burns at moderate-to-high air settings. At low burn rates with marginally seasoned wood, the glass will tar. This is universal to non-catalytic inserts, not specific to Enerzone.

Power-failure operation: the insert continues to burn safely without electricity — only the blower stops. Heat distribution drops noticeably without the blower because the masonry cavity absorbs most of the firebox radiation. Plan accordingly if you're buying this insert specifically as a power-outage heat source.

Large appliance, large masonry opening required. The 2.7's minimum opening of 27 1/8" H × 31 3/4" W × 22 1/8" D is substantial. Many older or smaller fireplaces will not accept it. Measure carefully before ordering — this is the most common reason a Destination 2.7 purchase falls apart at the installation stage.

Efficiency is lower than smaller siblings. 64% HHV is honestly lower than the 72% HHV on the Destination 2.3 and 75% HHV on the Destination 1.9. The 2.7's standout numbers are the class-leading published emissions rate and the 80,000 BTU/hr output, not efficiency. Buyers comparing efficiency numbers across the line should know this going in — it's a real trade-off.

Low published emissions is the headline. If emissions matter for your jurisdiction (EPA non-attainment counties, stricter local rules, future regulatory changes), the Destination 2.7's 1.2 g/hr published average particulate emissions are materially better than the Destination 2.3 and the Solution 2.3-I. For most buyers this is the single best reason to pick the 2.7.

Powerful blower, audible blower. The 176 CFM blower delivers strong heat distribution but is more audible than the smaller blowers on other inserts in the line. The rheostat lets you dial speed down for quieter operation when the room is up to temperature; high speed is most useful during the active heat-output phase of the burn cycle.

8-hour maximum burn is large-class, not long-burn class. A 2.5 ft³ non-cat insert gives you meaningful primary-heat capability across 1,500–2,000 sq ft, with realistic 6–7 hour burn cycles. If you want true 10+ hour overnight burns, consider a catalytic insert in this size class with a real low-output mode.

The 2,200 sq ft figure is aspirational. The most consistent owner regret across large inserts is buying for the high end of the manufacturer's heating range. If you need to reliably heat more than ~2,000 sq ft as primary winter heat in a cold climate or older home, this insert is at its limit — supplemental heat in the coldest part of winter may still be needed.

The blower is essential, not optional. Unlike a freestanding stove where the blower meaningfully improves heat distribution, on an insert the blower is what gets the heat into the room at all. Most of the firebox sits inside the masonry cavity, which absorbs radiant heat. The insert will run safely without the blower (useful in a power outage), but day-to-day heat into the room depends on the blower being on and working.

Wider door, more attention to door operation. The 25 1/2"-wide door opening accommodates 20-inch logs easily, but a wider door means more thermal cycling on the door frame and gasket. Watch the door gasket through the first couple of seasons; replace per the paper-strip test when sealing weakens.

Wood quality is not negotiable. The most common "the insert doesn't heat" complaint comes from owners running marginally seasoned wood. Secondary combustion works best with dry, properly seasoned fuel, ideally around 15–20% moisture. A pin-type moisture meter is the single best accessory for this insert.

Contemporary cast-iron aesthetic. The louvered cast-iron faceplate and wide horizontal glass make a deliberate visual statement. Buyers wanting traditional decorative cast iron or louvered traditional styling should look at the Solution 2.3-I instead.

First burns. The first few fires cure the high-temperature paint and condition the internal components. Burn two or three small fires first, then build bigger, hotter fires until the paint smell is gone. The smell can be strong; ventilate the room well and avoid prolonged exposure during cure-in.

Lighting. Per the manual, the recommended method is the EPA loading procedure for cleanest combustion: place two small pieces (about 3" × 3") in the bottom in a reverse-V shape, two medium-size pieces (about 4" × 4") in an east-west orientation in the back over the reverse V, and a big piece (about 5" × 5") in the front over the reverse V. Leave air space between pieces. Light, leave the door open for three minutes or until the fire is fully established, then close with the air control fully open. The manual also describes alternative methods (conventional bottom-up, top-down, two-parallel-logs).

Air control. Single-lever, located below the ash shelf on the right side. Push the handle completely to the left (HIGH) to open the air; push completely to the right (LOW) to close it. Full open at light-off; gradually closed only after the load is fully engaged and stable secondary flames are established. Closing too fast and the fire smolders.

Blower switch positions. The 176 CFM blower assembly has a three-position switch: (1) AUTO — blower starts when the insert is hot enough and stops when it cools down (thermodisc-controlled); (2) OFF — blower stopped, prevented from starting automatically; (3) MANUAL — runs continuously regardless of insert temperature. Use AUTO for normal operation; use MANUAL only when you want continuous airflow regardless of temperature. Allow the insert to reach operating temperature (approximately one hour from cold start) before turning the blower to MANUAL.

Reload cadence. 3–4 hours between reloads in active heating use; up to 7 hours for a final overnight pack with the air shut hard. Rake remaining charcoal toward the front of the firebox before loading — this concentrates the coals near where most of the combustion air enters and helps ignite the new load. Place the new load on and at the back of the embers. Open the air for a minute or two before opening the door, open the door slowly to avoid smoke rollout, load, close the door, and run the air open until the load is fully engaged before reducing gradually. Do not elevate the fire by using a grate.

Loading area limits. Per the manual, do not place logs in the area marked X on the EPA loading diagram (the space between the glass and the cast-iron andiron). Loading into this area disrupts the air-wash, makes ignition slow, and increases the chance of logs falling against the glass.

Burn in cycles, not single-log feeds. The manual is explicit: do not attempt to produce steady heat output by placing a single log on the fire at regular intervals. Always place at least three (preferably more) pieces on the fire at a time so the heat radiated from one piece helps ignite the pieces next to it. Each load should provide several hours of heating.

Carbon monoxide watch. Per the manual, if the firebox no longer shows flame but still contains unburned logs, check outside for smoke from the chimney. Smoke without flame means the fire is air-starved and CO levels are rising. Open the door slightly, move the logs with a poker, create a passage for air by making a trench in the ember bed, and add small kindling-size pieces to restart combustion.

Ash management. Empty ash every 2–3 days during full-time heating. The best time to remove ash is in the morning after an overnight fire when the insert is relatively cool but there is still some chimney draft to draw ash dust into the insert rather than into the room. Always dispose of ash in a tightly covered metal container on a non-combustible surface, well away from combustible materials — ash retains hot embers for days and releases carbon monoxide. Never store ashes indoors, in a non-metallic container, or on a wooden deck.

Glass cleaning. Damp newspaper dipped in cold ash, or a dedicated ceramic-glass cleaner. Daily wipe during low-burn weather; weekly during high-burn. Black streaks at the lower edge mean wet wood; black uniformly across the glass means burns are running too cool. Brown stains at the lower corners mean smoky combustion. Do not clean the glass when the insert is hot, and do not strike or slam the glass door shut.

Door and glass gaskets. Per the manual, the door gasket needs replacement when the paper-strip test fails: close the door on a strip of paper and try to pull it out; firm resistance means the gasket is sealing, easy pull means it's time to replace. Test all the way around the door. The latch mechanism is adjustable — remove the split pin with pliers and turn the handle one counterclockwise turn to increase pressure. Plan on every 3–5 seasons in regular use. At the end of each heating season the manual recommends adding high-temperature graphite paste on the threads of the door handle to protect from rust and dust accumulation.

Annual chimney sweep. Per the manual, the chimney liner should be cleaned and inspected at least once each year. Inspect every two months during the heating season until you know your creosote-formation rate; monthly is safer for new burners. If buildup reaches 1/8 inch, sweep immediately. The baffle lifts out for sweep access. Insert installations make sweeping more involved than freestanding stoves — many owners hire a CSIA-certified sweep rather than doing it themselves.

Wood seasoning. Hardwood needs 12–24 months split, stacked off the ground, top-covered, with sun and wind on the sides. Don't trust supplier "seasoned" claims — use a pin-type moisture meter, split a piece in half, measure the fresh face. Manual target: 15–20% moisture. Wood above 25% will smolder, soot the glass, line the chimney with creosote, and undercut every published efficiency and emissions number on this page.

Blower maintenance. Keep the blower intake and fins free of dust. Vacuum dust accumulation annually. Do not oil the blower unless the blower manual specifically calls for lubrication. Replacement blowers and related service parts are available through Enerzone/SBI dealers and parts channels if needed years out.

Refractory panels and baffle. The intense heat of the fire can cause slight cracks in the refractory panels — minor cracks do not reduce effectiveness. Inspect periodically and replace any wider cracks. The baffle and secondary tubes can be removed for sweep access and inspection. Operation with a cracked or missing baffle may cause unsafe temperatures and voids the warranty.

Chimney fire response. If a chimney fire occurs: close the insert door and the air-intake control, alert occupants, contact the fire department if assistance is needed, use a dry chemical fire extinguisher or baking soda or sand to control the fire (never water — it causes a dangerous steam explosion), and do not use the appliance again until the insert and chimney have been inspected by a qualified chimney sweep or fire-department inspector.

What never to burn. Per the manual and EPA fuel rules: no garbage, yard waste, materials containing rubber or plastic, waste petroleum products, paint or paint thinners, asphalt products, painted or pressure-treated wood, railroad ties, manure or animal remains, plywood, particle board, paper products, asbestos materials, construction or demolition debris, salt-water driftwood, or unseasoned wood. This does not prohibit normal fire starters made from paper, cardboard, sawdust, wax, or similar substances when used only to start a fire. Burning prohibited materials destroys the firebox, voids the warranty, and releases toxic compounds into your home and the chimney. Do not burn compressed logs made of wax-impregnated sawdust or logs with chemical additives; 100% compressed-sawdust logs can be used with caution.

The Enerzone limited lifetime warranty applies to the original retail purchaser only and is non-transferable. The warranty applies to normal residential use only. Proof of purchase (dated bill of sale), model name, and serial number are required for any warranty claim. Online registration is recommended at enerzone-intl.com but not required if a dated invoice is retained.

Coverage by component

A one-time replacement limit applies to all parts with lifetime coverage. Warranty is void if the unit is used to burn anything other than seasoned cordwood, or if it is not operated according to the owner's manual. Damage caused by misuse, improper installation, lack of maintenance, overfiring, downdrafts, venting problems, or under-estimated heating area is not covered. Improper installation by anyone other than an authorized qualified technician voids the warranty.

Warranty claims are made through your Enerzone dealer and remain subject to SBI/Enerzone inspection, approval, and the current written warranty. Kaminos is the retailer for this insert and supports buyers through purchase; final warranty approval rests with SBI as the manufacturer.

Enerzone may require photos or returned parts to support a claim; repair work covered by warranty requires prior manufacturer approval.

Coverage details can change by component and warranty revision; the current Enerzone warranty controls.