HearthStone Bennington 8350 User manual

Bennington (8350)
Wood Stove
OWNER'S MANUAL
INSTALLATION AND OPERATING
INSTRUCTION
PLEASE READ THIS ENTIRE OWNER’S MANUAL BEFORE YOU INSTALL AND USE
YOUR NEW Bennington WOOD STOVE. To reduce the risk of fire, follow the installation
instructions. Failure to follow these instructions may result in property damage, bodily injury, or
even death. SAVE THESE INSTRUCTIONS FOR FUTURE REFERENCE!
Bennington Model# 8350
Manual # 6400-4041
Revised 03-17-05
CONTACT LOCAL AUTHORITIES HAVING
JURISDICTION (BUILDING DEPARTMENT or FIRE
OFFICIALS) ABOUT PERMITS REQUIRED,
RESTRICTIONS AND INSTALLATION INSPECTION
IN YOUR AREA.

HearthStone Quality Home Heating Products Inc®Bennington Model 8350
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TABLE OF CONTENTS
INTRODUCING YOUR BENNINGTON WOOD STOVE.................................................................2
CODES...................................................................................................................................................... 3
SAFETY INFORMATION............................................................................................................................. 3
Periodic Checklist........................................................................................................................... 4
Emergency Procedures.................................................................................................................... 4
SPECIFICATIONS....................................................................................................................................... 6
SETTING UP YOUR BENNINGTON WOOD STOVE.......................................................................7
UNPACKING............................................................................................................................................. 7
INSTALLING YOUR STOVE........................................................................................................................ 7
HEARTH REQUIREMENTS AND FLOOR PROTECTION ................................................................................ 7
FABRICATING A HOMEMADE FLOOR PROTECTOR .................................................................................... 8
OUTSIDE AIR SUPPLY............................................................................................................................... 8
CLEARANCES TO COMBUSTIBLES ............................................................................................................ 9
Clearances From Stovepipe (Chimney Connector) ...................................................................... 10
VENTING COMPONENTS AND CONFIGURATION...................................................................................... 10
Components of a Venting System................................................................................................. 10
Installing a Venting System.......................................................................................................... 11
CONNECTING YOUR WOOD STOVE........................................................................................................ 11
Connecting to a Prefabricated Metal Chimney............................................................................. 11
Connection To A Masonry Chimney............................................................................................ 13
INSTALLING IN A MOBILE HOME........................................................................................................... 14
OPERATING YOUR BENNINGTON WOOD STOVE.....................................................................15
CONTROLS AND FEATURES .................................................................................................................... 15
CHOOSING FIREWOOD............................................................................................................................ 16
BUILDING A FIRE................................................................................................................................... 16
BREAKING IN YOUR WOOD STOVE ........................................................................................................ 16
Building A Break In Fire .............................................................................................................. 16
Normal Operation......................................................................................................................... 17
Building A Fire For Everyday Use ............................................................................................... 17
Burn Rate ...................................................................................................................................... 17
Over-Fire Caution......................................................................................................................... 18
Removal And Disposal Of Ashes ................................................................................................. 18
MAINTENANCE ................................................................................................................................. 18
Monitoring Stove Temperatures ................................................................................................... 18
Creosote Formation And Need For Removal............................................................................... 18
Gaskets.......................................................................................................................................... 19
Glass.............................................................................................................................................. 19
Cast Iron........................................................................................................................................ 20
TROUBLESHOOTING........................................................................................................................ 20
TROUBLESHOOTING GUIDE.................................................................................................................... 21
REPLACEMENT PARTS & OPTIONAL ACCESSORIES ................................................................................ 22
SAFETY LABEL....................................................................................................................................... 23

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Introducing Your
Bennington Wood Stove
Congratulations! You have just invested in a most unique
wood burning stove –the Bennington Wood Burning
Stove from HearthStone Quality Home Heating Products
Inc®. The Bennington Model -8350 is a clean burning
EPA certified, non-catalytic wood burning stove. At 2.5
cubic feet capacity and 3.5 grams per hour particulate you
can be proud to join the HearthStone family with our
Premier Cast Iron Wood Burning Stove. The generous
depth allows for loading of wood through the front door
up to 19 inches long, and the side door allows for wood
up to 22 inches long!
Unlike most Cast Iron Wood Stoves, your Bennington
Wood Stove is a convective stove with the outer walls
separated from the firebox by an air space. You will get
“convective” air currents through your stove, which
reduces surface temperatures while providing more heat.
The Bennington is the only cast iron, convective heater
with a 12-pound cast iron heat exchanger.
Your purchase insures years of clean, comfortable heat
with minimal maintenance. You will receive the benefits
of the most advanced technology in woodburning without
the cost and maintenance requirements of a catalytic
stove. The Bennington blends modern technology with
the unique beauty of cast iron. We trust that you will
appreciate the quality of our handcrafted product.
Please read this manual in its entirety. Its purpose is to
familiarize you with your stove's safe installation, proper
break-in, operation and maintenance. It contains
information that will be useful to you now and in years to
come, so keep it handy and refer to it as needed.
Use these instructions as well as national, state, and local
building codes to install your stove. Be sure to maintain
the designated stovepipe and stove clearances to walls,
ceilings, hearth, and other combustible surfaces. This will
help reduce the risk of fire. Failure to follow these
instructions can result in property damage, bodily injury,
and even death.
Locate your stove in a safe, convenient, open area; away
from traffic flow, doors, and hallways; and near a
chimney and chimney connector. Reviewthe proper
clearance measurements from combustible surfaces. You
can safely reduce required clearances in most cases with a
special connector pipe and special wall coverings as
specified by this manual, the NFPA 211 codes, and your
local authorities having jurisdiction.
Keep furniture, drapes, curtains, wood, paper, and other
combustibles far away from the stove. Never install the
stove in a location where gasoline, kerosene, charcoal
lighter fluid or other flammable liquids are used or stored.
Locate the stove centrally in your living area to allow the
heat to travel naturally to distant rooms. We recommend
that you do not locate your stove in an uninsulated
basement. The amount of radiant energy required to heat
concrete basement walls is so great that most of the usable
heat is absorbed by them and lost.
¦SAFETY NOTICE:
A HOUSE FIRE MAY RESULT IF THIS
STOVE IS NOT INSTALLED PROPERLY.
FOR YOUR SAFETY, CAREFULLY
FOLLOW THE INSTALLATION
DIRECTIONS. CONTACT LOCAL
BUILDING OR FIRE OFFICIALS ABOUT
RESTRICTIONS AND INSTALLATION
INSPECTION IN YOUR AREA.
The performance of your stove depends on many
variables. Since all installations are unique, the general
information and operating procedures presented here can
only serve as useful guidelines rather thanhard and fast
rules. Should you have any questions, do not hesitate to
contact your dealer for additional information.
Validate your warranty-return your warranty registration
card to HearthStone within 30 days of purchase. Once
your warranty has been validated by returning your
warranty card, contact your dealer for any necessary
warranty service.
This stove is manufactured and warranted by:
HearthStone Quality Home Heating Products Inc®
317 Stafford Ave.
Morrisville, VT. 05661

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CODES
When you install your Bennington wood stove, it is
imperative that you adhere to all local codes, which can
be obtained from either of the following two National
sources:
American National Standards Institute, Inc. (ANSI)
1430 Broadway
New York, NY 10018
National Fire Protection Association, Inc. (NFPA)
Battery March Park
Quincy, MA 02269
If you are installing your Bennington in a mobile home,
follow the guidelines described in the Manufactured
Home Construction and Safety Standard, Title 24 CFR,
Part 3280 (United States).
SAFETY INFORMATION
Read and understand this Owner's Manual
thoroughly before installing and using this stove.
Make sure to install your stove:
qAccording to the manufacturer's recommendations.
qIn accordance with all applicable codes.
qWith the proper sized chimney.
When using your stove:
qWarn children and others unfamiliar with woodstoves
of the danger of touching hot, radiating surfaces of
your stove. For your additional safety, obtain hearth
and stove guards through your local dealer.
qFollow recommended break-in procedure as outlined
in this manual.
qBurn natural wood only. Higher efficiencies and
lower emissions result when burning air-dried,
seasoned wood, as compared to green or freshly cut
wood.
qUse caution when loading firewood into a hot stove.
qKeep the side and front doors closed at all times
except when loading wood.
qKeep the ash pan tray fully inserted and the ash door
closed tightly.
qInspect the stovepipe, chimney connector and
chimney, as recommended.
qBe sure the removable ash lip is in place while using
the stove. If the ash lip is not installed properly, the
hearth may exceed safe temperatures.
Follow these safety precautions:
qNever modify this stove in any way, especially the
primary air control system.
qNever burn kiln dried wood, painted or treated wood,
solvents, trash, plywood, colored or glossy paper,
artificial logs, cardboard, coal, garbage or driftwood.
Especially, do not burn coal in this stove.
qNever use gasoline type fuel, kerosene, charcoal
lighter fluid,or other liquid fuels or solid fire starters
to start or invigorate the fire. These fuels can
possibly generate carbon monoxide that can sap the
supply of oxygen. Keep all such materials away
from the stove.
qNever use the stove if the ash pan door is open,
damaged, or not in place, or not sealing.
qNever use a wood grate or other device to elevate the
fire.
qDo Not allow logs to rest against or otherwise come
in contact with the glass when the door is closed.
qDo Not slam the door or use the door to force wood
in to the stove.
qNever over-fire your stove. (See page 18)
qNever put articles of clothing or candles on a hot
stove.
qDo Not connect the stove to a flue that is serving
another appliance. (See page 10)
Other safety guidelines
qKeep all combustible items such as furniture, drapes,
clothing, and other items, at least 36" (0.92 m) from
the stove (See page 9)
qInstall a smoke detector, preferably in an area away
from your wood stove.
qKeep a fire extinguisher handy. We recommend the
type rated "A B C."
qDispose of ashes properly. (See page 18)

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qKeep children and pets away from the stove; they
could be burned by touching a hot stove.
qClean your chimney system as needed. (See page 18)
PERIODIC CHECKLIST
Perform each of these tasks at the specified intervals.
At the End of Every Week:
•Empty ashes from the firebox and ash pan, sooner if
the firebox or the ash pan begin to fill up.
At the Beginning of Every Other Month:
•A visual inspection of the chimney connector and
chimney for creosote is recommended depending
upon your use of the stove. (Please see page 17-
Creosote Formation and Need For Removal)
•Check door seals using the "dollar bill test."-When
the fire is out and the stove is cool, shut the door on a
dollar bill. If the bill pulls out without any resistance,
then your stove’s door isn't sealed properly. To
tighten the seal, change the door gasket. (Refer to
page 17 –Gaskets)
At the End of Every Season:
•Dismantle the chimney connector and clean it
thoroughly. Replace any pieces that show signs of
rust or deterioration.
•Inspect and, if necessary, clean your chimney.
•Thoroughly clean out the inside of the stove.
•Inspect all door gasket material and replace if worn,
frayed, cracked or extremely hard.
EMERGENCY PROCEDURES
If you have a stovepipe or chimney fire, follow these
instructions:
1. If the fire is too threatening, leave the area and call
the fire department immediately! If not, perform the
next three steps.
2. Close the primary air control.
3. Close the stovepipe damper (if present).
4. Keep the stove front, side and ash doors closed!
¦WARNING:
DO NOT ATTEMPT TO PUT OUT A STOVEPIPE
OR CHIMNEY FIRE BY THROWING WATER
ONTO THE STOVE, STOVEPIPE, OR
CHIMNEY. THE EXTREMELY HIGH
TEMPERATURE ASSOCIATED WITH SUCH
FIRES CAN CAUSE INSTANTANEOUS STEAM
AND SERIOUS BODILY HARM.
Once the chimney fire has expired, leave the primary air
control closed and let the fire in the stove die out
completely. The stove should not be fired again until the
stove, stovepipe, and chimney are all thoroughly
inspected for any sign of damage. You must correct any
damage before using your stove again.
WARNING
This stove is assembled with a ceramic
baffle located directly above the firebox.
This material is extremely durable, and will
l
ast for years if proper attention is given to
it.
MAKE SURE TO BE CAREFUL
WHEN LOADING WOOD INTO THE
STOVE. Do not allow wood to lift up
between the air pipes and damage or
fracture the ceramic baffle. This baffle is
important to the performance of the
unit.

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HearthStone’s Thermo
-
Ceramic Baffle System
To enhance the combustion efficiency and reduce the emissions of the fire in your stove HearthStone
QHHP, Inc. has developed an advanced THERMO-
CERAMIC baffle system. This system uses a
lightweight, durable ceramic material above the burner tubes to mainta
in the hightemperatures in the
secondary combustion area and maintain the low emission –
high efficiency combustion you desire. This
new technology will not corrode, rust dissolve or lose its strength, however it is vulnerable to puncture or
cracking due to rough handling.
PLEASE EXERCISE CARE WHEN LOADING WOOD OR CLEANING YOUR
STOVE, NOT TO DAMAGE THE Thermo-Ceramic BAFFLE
Located directly above the burner tubes in the firebox, this white sheet of material will break if wood or
cleaning brushes impact i
t. Be careful when loading and cleaning your stove to not break this material. If
this piece has been fractured or a hole is punctured, it will cause the stove to function improperly. You must
replace the board through a qualified HearthStone dealer.

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NOTE: STOVE SHOWN WITH DOUBLE WALL
45° ELBOW FOR DIMENSIONAL PURPOSES.
ELBOW IS NOTINCLUDEDWITHSTOVE.
SPECIFICATIONS
Maximum Heat Output.70,000 BTUs per hour of
cordwood (based on
independent laboratory test
results).
Size Of Heated Area.Up to 2,000 square feet.
Firebox Capacity. 2.5 cubic feet (.071 cubic
meters) or 50 pounds of wood
(The amount and weight of
wood contained per cubic foot
of firebox volume can vary
from 15 to 36 lbs. per cubic
foot depending on type of
wood, moisture content,
packing density and other
factors. As a constant for
comparison and test purposes,
we are assuming 20 lbs. of
seasoned hardwood per cubic
foot of firebox volume).
Maximum Log Length.19" (501 mm) -front door
22" (571 mm) -side door
Height 29-3/8" (74.6 cm)
Width 30-1/4" (76.8 cm)
Depth 22-1/8" (56.2 cm)
Front Door Size 19-3/4" wide x 11-3/4" high
(501 x 298 mm)
Side Door Size 8" wide x 9" high 8" x 12"
(203 x 228 mm)
Stovepipe Size 6" (152 mm) diameter
Metal Chimney 6" (152 mm) inside diameter
Masonry Chimney 8" x 8" (203 x 203 mm)
(square flue)
Flue Exit Top or Rear Exit 45°
Actual Weight 440 pounds
Optional Equipment. Outside Air Adapter, Blower

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Setting Up Your
Bennington Wood Stove
UNPACKING
HearthStone Stoves packages your Bennington stove with
the greatest care so that it ships safely. Under certain
circumstances, however, damage can occur during transit
and handling. When you receive your stove, unpack it
carefully and inspect your stove and all parts for damage.
Also, make sure that all parts are included in the box. If
any parts are damaged or missing, please contact your
dealer immediately.
INSTALLING YOUR STOVE
First you must decide where your stove will reside. After
choosing an appropriate spot, inspect this location to
make sure that the stove will have enough clearance to
combustible materials that would surround the stove.
These combustibles include walls, floor, ceiling, fireplace,
and chimney. You must carefully consider the clearances
to all of these combustibles before actually connecting
your stove. When considering these clearances, also
decide the kind of floor the stove will rest on. Depending
on your floor, you can install your stove as it is, or use a
floor protector.
Please use this section to plan how to locate your stove in
your particular location. Consider both the clearances of
the stovepipe and the stove itself to the surrounding
combustibles.
Read this chapter to obtain a sound understanding of how
to properly install your stove.
Clearances To NFPA 211 Protected Surfaces
You can reduce the clearances to combustible surfaces by
using any National Fire Protection Agency (NFPA)
approved wall protection system. Please refer to NFPA
211 for specifications and complete details.
You can obtain this information directly from NFPA.
National Fire Protection Agency
Batterymarch Park
Quincy, MA 02269
1-800-344-3555
1-617-770-3000
HEARTH REQUIREMENTS AND FLOOR
PROTECTION
Install your stove on one of the following:
qA non-combustible floor, such as a slab, cement, or
stone hearth. (A noncombustible floor will not
ignite, burn, support combustion, or release
flammable vapors when subjected to fire or the
anticipated heat from your stove.)
qA floor protector that you obtain from your dealer. A
floorprotector is any noncombustible surface laid on
the floor underneath the stove that extends, 16 inches
-US (46 cm -CA) beyond the front door, 16 inches-
US (46 cm -CA) beyond the side door, and 8 inches
(20 cm) beyond each side of the fuel loading and ash
removal opening(s). For placement of the
Bennington on carpeting, vinyl tile or other
combustible materials, the unit must be installed on a
non-combustible material extending the full width
and depth of the unit. Installation must meet local
codes.
NOTE: When using a double-wall chimney connector, the
floor protection in front of the glass doors must have a
minimum insulative R-value of 0.9 (English units)or a
composite (homemade) floor protector with an R-value of
0.9 or more.
Listed floor protectors come with various types of
specifications. To convert a floor protector’s
specifications to an R-value, do one of the following:
•If the R-value is given, use that value –no conversion
is needed.
•If a K-factor is given with a required thickness (T) in
inches, use this formula: R-value = 1/K x T
•If a C-factor is given, use the formula: R-value = 1/C

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AND STOVE TO EDGE CLEARANCES
MINIMUM FLOOR PROTECTOR SIZE
For horizontal chimney connector installations, the floor
protection must be installed beneath the connector and 2”
beyond each side.
To determine the R-value of the proposed alternate floor
protector:
•Use either the K-factor or the C-factor formula
explained above to convert specifications not
expressed as R-values.
•For multiple layers of floor protectors, simply add the
R-values of each layer to determine the overall R-
value.
If the overall R-value of your setup is greater than the
R-value of the specified floor protector, then your setup is
acceptable.
FABRICATING A HOMEMADE FLOOR
PROTECTOR
You can make your own floor protector by stacking
together noncombustible materials from the following
table. Simply add together the listed R-values to attain
the necessary requirements for installing your stove.
The hearth pad or floor protector for the stove must have
minimum dimensions of 39" x 48"-US (107cm x 127 cm-
CA) and must be placed as illustrated above. It must
extend, 16 inches-US (46 cm -CA) beyond the front door,
16 inches -US (46 cm -CA) beyond the side door, and 8
inches (20 cm) beyond each side of the fuel loading and
ash removal opening(s).
To fabricate a floor protector for a wood floor with an
R-value of at least 0.9, consider the following examples:
¼” mineral wool insulation 0.78
½” plaster board 0.45
Total R-value 1.23
½” Wonderboard 0.20
4” solid clay brick 0.80
Total R-value 1.00
Noncombustible Material Thickness R-value
Gypsum or plaster board1½” 0.45
Wallboard, Wonderboard, or
Durock1½” 0.20
Ceramic board (Fiberfrax or
Micor)1½” 1.10
Nominal solid clay brick11” 0.20
Ceramic wall or floor tile1¼” 0.01
Mineral wool insulation21” 3.12
Cement mortar21” 0.20
Horizontal still air2* 1/8” 0.92
*Note: You cannot “stack” horizontal still air to
accumulate R-values; you must separate each layer of the
horizontal still air with another noncombustible material
1According to Intertek Testing Services, Inc.
2According to ASHRAE Handbook of Fundamentals 1977
OUTSIDE AIR SUPPLY
An outside air source may be connected directly to this
stove using an outside air adaptor. The advantage of
providing outside air directly to the stove is that the air
used by the stove for combustion is taken from outside of
the residence rather than from within the room where the
stove is located. With outside air supplied directly to the
stove, drafts within the room and air infiltration within the
building are reduced. Use of the outside air adaptor may
also improve stove performance in a particularly airtight
house. The outside air adaptor for this stove allows for the
direct connection of the stove's air intake to a minimum
3" (76 mm) diameter duct (supplied by others) which
leads to the outside of the house. When considering
placement of the duct from the outside of the house to the
hearth, keep in mind the need to avoid structural members
of the house. See illustration for all connection options.
Choose which is most convenient. The termination of the
duct on the outside wall of the house should be located in
such a manner as to preclude the possibility of obstruction
by snow, leaves or other material and should be screened
against animals and insects.
REAR
VIEW VIEW
SIDE

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SIDE
VIEW FRONT VIEW
ALCOVE CLEARANCE TO COMBUSTIBLES
CLEARANCES TO COMBUSTIBLES
* * * * * * * *
Please use this section to plan the layout for your
stove. Consider clearance of pipe to combustibles
and stove to combustibles. More specifics on
installation follow.
* * * * * * * *
You must follow minimum clearances for the Bennington
stove to combustibles such as walls and ceilings. You may
reduce the general clearances if installing the stove near
Protected Surfaces (see ”CLEARANCES TO NFPA 211
PROTECTED SURFACES” below and following
diagrams).
FREESTANDING MINIMUM CLEARANCES TO COMBUSTIBLES(from closest point of stove)
Unprotected Surfaces Protected Surfaces (NFPA 211)
Parallel Corner Parallel Corner
Installation type Side Rear Side Rear
single wall connector. * R=18 in. (381 mm) 18 in. 13 in. 6 in. 9 in. 7 in.
L=12 in. (305 mm) (460 mm) (330 mm) (150 mm) (230-mm) (180-mm)
double wall connector. * R=18 in. (381 mm) 16 in. 12 in. 6 in. 9 in. 7 in.
L=12 in. (305 mm) (405-mm) (305-mm) (150 mm) (230-mm) (180-mm)
ALLOWABLE ALCOVE DIMENSIONS
Unprotected Surfaces Protected Surfaces (NFPA 211)
Min.
Width Max. Depth Min. Height (stove to ceiling above.) Min. Width Max. Depth Min. Height (stove to ceiling above.)
58 in. 38 in. 48 in. 43 in. 48-in. 24 in.
(1475 mm) (965 mm) (1220 mm) (1090 mm) (1220 mm) (610 mm)
*With Kit #93-70500(Side Door Lock Kit) left side clearances can be used for the right side.
PARALLEL CORNER
STOVE CLEARANCE TO COMBUSTIBLES

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CLEARANCES FROM STOVEPIPE (Chimney Connector)
MINIMUM CLEARANCE TO COMBUSTIBLES (from Chimney Connector)
Connector type Unprotected Surfaces Protected Surfaces (NFPA 211)
Single wall connector pipe 16-in. 6-in.
380-mm 150-mm
Double wall connector pipe 14-in. 6-in. **
(**SEE Manuf. Specs.) 205-mm 150-mm **
DO NOT CONNECT THIS UNIT TO A CHIMNEY
FLUE SERVING ANOTHER APPLIANCE
•Single wall connector is 24 MSG or 25 MSG blued
steel stovepipe.
•Double wall connector (close clearance pipe) which
must be used with a listed factory-built “Type HT"
chimney and may also be used with a masonry
chimney to reduce clearances, is available from
several manufacturers, your dealer can help you
choose. Some air insulated connector pipe models
available are Simpson Dura Vent DVL and
Metalbestos DS. Security, GSW and Ameritec also
have acceptable close clearance connector pipe.
•When used in a mobile home, a spark arrester is
required. (See page 14)
•Chimney connector shall not pass through floor or
ceiling, nor any attic or roof space, closet or similar
concealed space. Where passage through a wall or
partition of combustible construction is desired, the
installation shall conform to NFPA 211 or CAN/CSA
-B365.
•It is very important to follow minimum clearances for
chimney connectors to combustibles such as walls and
ceilings when installing the stove near non-
combustible surfaces. Typical chimney connector
clearances are outlined below. The single wall
clearances are generic; the Double wall clearances are
for Simpson Dura Vent DVL, CHECK THE
SPECIFICATIONS FROM THE
MANUFACTURER OF YOUR CONNECTOR.
VENTING COMPONENTS AND CONFIGURATION
COMPONENTS OF A VENTING SYSTEM
The complete venting system consists of several
components: chimney connector, wall thimble, wall pass-
through, chimney, and liner. It is absolutely necessary
that you install all of these components within the
clearances to combustibles discussed earlier to install
your stove safely.
To protect against the possibility of a house fire, youmust
properly install and constantly maintain the venting
system. Upon inspection, immediately replace rusted,
cracked, or broken components.

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•The chimney connectoris the stovepipe from the
woodstove to the chimney. The chimney connector
stovepipe must be 6" (152 mm) diameter, 24 MSG or
25 MSG blued steel connector pipe. Do not use
aluminum or galvanized steel pipe -they cannot
withstand the extreme temperatures of a wood fire.
•A thimble is a manufactured (or site-constructed)
device installed in combustible walls through which
the chimney connector passes to the chimney. It
keeps the walls from igniting. You must use a wall
thimble when installing a chimney connector through
a combustible wall to the chimney.
•A wall pass-through (or chimney support package)
also keeps the walls from igniting. You must use one
when connecting through a wall or ceiling to a
prefabricated chimney.
•Only install this stove to a lined masonry chimney or
an approved high temperature prefabricated
residential type building heating appliance chimney.
Do not connect this stove to a chimney serving
another appliance; you will compromise the safe
operation of both the wood stove and the connected
appliance.
¦WARNING:
DO NOT CONNECT THIS APPLIANCE TO ANY
AIR DISTRIBUTION DUCT OR SYSTEM.
•A liner is the UL 1777 or ULC S635 (for factory
built fireplace or masonry) chimney.
You must connect your stove to a chimney comparable to
those recommended in this manual. Do not use stovepipe
as a chimney. Use stovepipe for freestanding installations
only to connect the stove to a proper chimney.
INSTALLING A VENTING SYSTEM
Stovepipe sections must be attached to the stove and to
each other with the crimped end toward the stove. If
creosote builds up, this allows the creosote to run into the
stove and not the outside of the stovepipe and onto the
stove.
Secure all joints, including attaching the stovepipe to the
stove's flue collar, with three sheet metalscrews. Install
#10 x 1/2" (3 mm x 13 mm) sheet metal screws into the
holes pre-drilled in the flue collar. Leaving off the screws
can cause joints to separate from the vibration that results
from a creosote chimney fire.
You can simplify connecting stovepipe by using
additional accessories such as telescoping pipes, slip-
connectors or clean-out tees. These accessories ease the
inspection of your chimney, as well as allow you to easily
dismantle the stovepipe (without moving the stove) when
you periodically inspection the stovepipe connection and
chimney.
Install the stove as close as practical to the chimney,
while maintaining all proper clearances. Install stovepipe
that is as short and as straight as possible. Horizontal runs
of stovepipe should always rise away from the stove a
minimum of 1/4" per foot (21mm/m).
Long runs of stovepipe to increase heat dispersal are not
recommended. Using longer lengths of stovepipe or more
connecting elbows than necessary increase the chances of
draft resistance and the accumulation of creosote buildup.
In general, you do not need to install a stovepipe damper
with the Bennington. Some installations, however, could
benefit from a stovepipe damper, such as a tall chimney
which can create a higher than normal draft. In such
cases, a damper can help regulate the draft. The
Bennington requires a draft between 0.06" wc and 0.1"
wc. For drafts above 0.1" wc, install a stovepipe damper.
Remember, the NFPA has recommended, minimum
clearances for chimney connectors to combustibles such
as walls and ceilings. Once the stove is installed at safe
distances from these combustible surfaces, it is important
to maintain these connector clearances for the remainder
of the installation.
CONNECTING YOUR WOOD STOVE
You can install your Bennington to a prefabricated metal
chimney or a masonry chimney.
CONNECTING TO A PREFABRICATED METAL
CHIMNEY
When connecting the Bennington to a prefabricated metal
chimney, you must follow, precisely, the manufacturer's
installation instructions. Use only Type HT (2100 deg.
F), prefabricated metal chimneys listed per UL 103 or
ULC S629 standards.

HearthStone Quality Home Heating Products Inc®Bennington Model 8350
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¦WARNING:
DO NOT CONNECT THE
STOVE TO A CHIMNEY
FLUE SERVING
ANOTHER APPLIANCE.
Make sure the size of the
chimney’s flue is appropriate for
the Bennington. The Bennington
requires a 6" (152 mm) inside
diameter flue for new
installations. A 6” diameter flue
provides adequate draft and
performance. You can use an 8"
(203 mm) diameter existing flue
with a reducer. An oversized
flue contributes to creosote
accumulation. (In this case,
bigger is NOT better.)
When purchasing a prefabricated
chimney to install with your
stove, be sure to also purchase
from the same manufacturer the
wall pass-through (or ceiling
support package), "T"section
package, fire-stops (when
needed), insulation shield, roof
flashing, chimney cap, and any
other needed accessories. Follow
the manufacturer’s instructions
when installing the chimney and
accessories. In addition, be sure
to maintain all manufacturers’
recommendations for the proper
clearances to the chimney.
There are basically two ways to
install a prefabricated metal
chimney:
•An interior installation
where the chimney passes
inside the residence through
the ceiling and roof.
•An exteriorinstallation
where the chimney passes
through the wall behind the stove
then up the outside of the residence.
Whenever possible, choose an interior chimney. An
interior chimney heats up more quickly and retains its
heat; thus promotes a better draft and discourages the
formation of creosote. An exterior chimney does not
benefit from the warmth of being surrounded by the
building, so it typically operates at lower flue
temperatures than an interior chimney. An exterior
chimney’s draft is not as strong and may experience
increased creosote accumulation.
Chimney is supported by Tee Support Bracket.
Tee Support Bracket
Tee clean-out
Adjustable Roof
Wall Strap
Chase Enclosure
Chimney Sections
Flashing
Storm Collar
Chimnet Cap
Chimney through outer wall with enclosed chase.
Starter section
Collar with built-in
Support Box and Trim
Two story house installation with attic.
Firesafe Enclosure
Firestop Radiation
Adjustable Roof
Chimney Cap
Wall Thimble Tee
Stovepipe
Attic Insulation Shield
Chimney Sections
Twist-Lock
Support Bracket
Extended Roof
not included)
(Conduit
Flashing
Storm Collar
or other Lined Masonry Chimney
Tee
Chimney pipe through Clay tile
section
Adjustable Roof
Flashing
Storm Collar
Chimnet Cap
Chimney is supported by Ceiling.
Starter
with built-in
Support Box
One story house installation with attic.
Access door
other Liner
Clay tile or
Shield
Wall Thimble
Access door
Stovepipe
Shield
Insullation
Masonry Chimney
Chimney Sections
Tee clean-out
Adjustable Roof
Flashing
Storm Collar
Chimnet Cap

HearthStone Quality Home Heating Products Inc®Bennington Model 8350
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CONNECTION TO A MASONRY CHIMNEY
Consider two primary elements when connecting your
stove to a masonry chimney: the chimney itself and the
thimble where the stovepipe connects to the chimney.
Use only Code approved masonry chimneys with a flue
liner. Before connecting to a masonry chimney, hire a
professional to examine the chimney for cracks, loose
mortar, and other signs of deterioration and blockage. If
the chimney needs repair, complete them before installing
and using your stove. Do not install your stove until the
chimney is safe for use.
Make sure the chimney’s cleanout is complete and
working properly. To avoid a loss of draft, the cleanout
must close off completely. If allowed to cool, your stove
will perform poorly and creosote will build up in the
chimney.
Make sure the size of the chimney’s flue is appropriate for
this stove and that it is not too large. Use a masonry
chimney with a maximum of 8" x 8" (203 mm x 203 mm)
tile size for best results. An oversized flue will contribute
to the accumulation of creosote.
Use the following checklist to ensure that your masonry
chimney meets these minimum requirements:
Chimney wall construction:
qBrick or modular block at least 4" (102 mm) thick.
qA rubble or stone wall.
Flue liner:
qMinimum thickness of 5/8" (16 mm).
qInstalled with refractory mortar.
qAt least 1" (25 mm) air space.
qAn equivalent flue liner must be a listed chimney
liner system meeting type HT requirements or other
approved material.
Interior chimney requirements:
qAt least 2" (51 mm) clearance to combustible
structure
qFire stops must be installed at the spaces where the
chimney passes through floors and/or ceiling.
qInsulation must be 2" (51 mm) from the chimney.
Exterior chimney requirements:
qAt least 1" (25 mm) clearance to combustible
structure.
Chimney height requirements: (See Illustration)
qAt least 3 feet (0.9 m) higher than the highest part of
the roof opening through which it passes.
qAt least 2 feet (0.6 m) higher than any part of the roof
within 10 feet (3 m) measured horizontally from the
top of the chimney.
We recommend a minimum chimney height of 13 feet (4
m). The maximum allowable chimney height is 30 feet
(9m).

HearthStone Quality Home Heating Products Inc®Bennington Model 8350
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INSTALLING IN A MOBILE HOME
Follow these special requirements for installing your
stove in a mobile home.
•Install the stove in accordance with 24 CFR, Part
3280 (HUD)
•Permanently attach the stove to your mobile home’s
floor. Use 1/4" holes in each leg base to bolt down
the stove.
•Install one of the following Dura-Vent Mobile Home
Chimney & Connector Kits:
6DP-MH 6” Diameter S/N 9096N
7DP-MH 7” Diameter S/N 9196N
8DP-MH 8” Diameter S/N 9296N
Each kit includes:
Stainless spark arrester cap, storm collar,
Adjustable vented flashing–0/12 –6/12,
Two 24” Dura/Plus* chimney pipes, 24”
support box with built-in starter section and
trim.
* (UL or ULC approved equipment is acceptable)
•Chimney must be removed when transporting Mobile
Home.
¦WARNING:
DO NOT INSTALL IN A SLEEPING ROOM
¦CAUTION:
MAINTAIN THE STRUCTURAL INTEGRITY OF
THE MOBILE HOME WALLS, FLOOR,
CEILING, AND ROOF WHILE YOUR STOVE IS
INSTALLED AND IN USE.
Adjustable Roof
Flashing
Storm Collar
Chimney Cap
Chimney is supported by Ceiling.
Starter section
with built-in
Support Box
Typical Mobile Home Installation.
Stovepipe
Chimney Section

HearthStone Quality Home Heating Products Inc®Bennington Model 8350
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Operating Your
Bennington Wood Stove
Once your Bennington has been set in place, connected,
and assembled, you are ready to light a fire. HearthStone
Stoves tests each wood stove before we ship, so you
should be able to easily light your first fire. You may,
however, have to make a few small adjustments to
compensate for altitude and other factors particular to
your installation.
¦WARNING:
HOT WHILE IN OPERATION. KEEP
CHILDREN, CLOTHING AND
FURNITURE AWAY. CONTACT MAY
CAUSE SKIN BURNS.
Please read thisentire chapter before lighting your first
fire. It explains the controls and features of your wood
stove, how to choose firewood, and how to break-in your
stove and use it on a daily basis.
CONTROLS AND FEATURES
Before lighting any fires,become familiar with the
location and operation of your stove's controls and
features and learn how to use them. For your own safety,
do not modify these features in any way.
REMOVABLE FRONT DOOR HANDLE: The front doors
allow you to load wood into your stove; the removable
handle allows you to operate the front doors, latch them
closed, then remove so the handle does not become warm
while the stove is in use. To open the doors, lift the
handle to the 2 o’clock position and pull the door. To
latch the doors, push the left door closed first,
FLUE COLLAR
FRONT DOORS
FRONT DOOR HANDLE
ASH DOOR HANDLE PRIMARY AIR CONTROL
ASH LIP
ASH DOOR
FRONT VIEW
BENNINGTON
SIDE DOOR HANDLE
SIDEDOOR
FRONT DOOR
HANDLE HOLDER
then close the right door tightly and lower the handle to
the 4 o’clock position. Pull on the door handle to make
sure it is properly latched, then remove the handle. Your
handle can be stored to the left of the ash door in the
provided holder
SIDE DOOR HANDLE: The side door allows you to load
wood into your stove; a fixed handle allows you to
operate the side door and latch the door closed. To open
the door, lift the handle to the 12 o’clock position and pull
the door. To latch the door, push the door closed tightly
then lower the handle to the 3 o’clock position. Pull on
the door to make sure it is properly latched.
PRIMARY AIR CONTROL: This feature is located in the
front lower right of the stove. The primary air control
allows you to regulate the amount of air entering the
firebox. Generally speaking, the more air allowed into
the firebox, the faster and hotter the rate of burn;
conversely, less air creates a slower burn. Push the lever
down to open the primary air control; push the lever up to
close the primary air control.
ASH PAN: The ash pan is located under the ash lip. The
ash pan collects burned ash from a fire and allows you to
conveniently remove the ash from your wood stove. The
ash pan is easy to remove. While the stove is cool, sift
the ashes across the grate into the ash pan then rotate the
ash door handle counter-clockwise and pull to open.
Remove the ash pan by sliding it out carefully. After you
have disposed of the ashes, push the ash pan all the way
into the stove and close the ash door.
Do not operate the stove unless the ASH PAN is
inserted into the stove and the ash door is closed. This
could overheat and damage the stove.

HearthStone Quality Home Heating Products Inc®Bennington Model 8350
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CHOOSING FIREWOOD
Your Bennington Wood Stove is designed to only burn
firewood-also known as cordwood.
¦CAUTION:
DO NOT USE CHEMICALS OR FLAMMABLE
FLUIDS SUCH AS GASOLINE, NAPHTHA,
KEROSENE, CHARCOAL LIGHTER FLUID OR
ENGINE OIL TO START A FIRE. DO NOT USE
CHARCOAL, PELLETS, COAL, ARTIFICIAL
LOGS OR ANY OTHER MATERIALS AS FUEL;
THEY ARE NOT SAFE. DO NOT BURN
GARBAGE.
The quality of your firewood affects heat output, duration
of burn and performance of your stove. Softwoods
generally burn hotter and faster, while hardwoods burn
longer and produce more coals. Density and moisture
content are two critical factors to consider when
purchasing wood for your stove.
The following is a list of wood species and their relative
BTU (British Thermal Unit) content. The higher the BTU
the longer the burn. Firewood with higher BTUs is
generally considered more ideal for a wood stove.
HIGH: Apple, Black Birch, Hickory, Locust, White Oak,
Black Beech, and Mesquite
MEDIUM HIGH: White Ash, Beech, Yellow Birch,
Sugar Maple, and Red Oak
MEDIUM LOW: Black Ash, White Birch, Grey Birch,
Elm, Norway Pine, Pitch Pine, Black Cherry, Soft Maple,
Tamarack
LOW: White Pine, White Cedar, Balsam Fir, Spruce,
Aspen, Basswood, Butternut, and Hemlock
Moisture content also plays a key role in the performance
of your stove. Wood freshly cut from a living tree (green
wood) contains a great deal of moisture. As you might
expect, green wood has difficulty burning and should be
seasoned before using it in your wood stove. To properly
season green wood, it should be split, stacked and allowed
to air dry for a period of one year.
Stack the firewood on skids or blocks to keep it off the
ground, cover only the top of the stack. Plastic or tarps
that cover the sides of the woodpile trap moisture and
prevent the wood from drying. As for stacking, an old
Vermonter said, "The spaces between the logs should be
large enough for a mouse to get through, but not for the
cat that's chasing it."
Firewood should not be stored within the stove's specified
clearances to combustible materials.
BUILDING A FIRE
Once you understand the controls of your wood stove and
have chosen the appropriate firewood, you are ready to
start a fire.
BREAKING IN YOUR WOOD STOVE
It is imperative that your stove be "broken in" slowly.
Cast iron must be "seasoned"; over-firing a new stove
may cause castings to crack or may damage other stove
parts. Also, the asbestos-free furnace cement must be
cured slowly to insure adequate sealing and bonding.
The firebrick on the back and left side in your firebox is
intended to prevent thermal stress; leave it in place in the
firebox at all times.
When you light your first fires, the wood stove will emit
some smoke and fumes. This is normal “off-gassing” of
the paints and oils used when manufacturing the wood
stove. If you find it necessary, open a few windows to
vent your room. The smoke and fumes will usually
subside after 10 to 20 minutes of operation. The odor and
smoke will end once the stove is “cured”.
The first fires may produce other odors fromimpurities
that exist in the area immediately surrounding the stove.
Some of these impurities can be cleaning solvents, paint
solvents, cigarettes, smoke, pet hair, dust, adhesives, a
new carpet, and new textiles. These odors will dissipate
over time. You can alleviate these odors by opening a
few windows or otherwise creating additional ventilation
around your stove. If any odor persists, contact your
dealer or an authorized service technician.
BUILDING A BREAK IN FIRE
1) Open the door and place five or six double
sheets of tightly twisted newspaper in the
center of the firebox. Arrange kindling in a
crisscross pattern over the newspaper.
Kindling should be approximately ten
pieces, 1/2" (13 mm) in diameter and 10" to
18" (254 mm to 457 mm) long.
2) Fully open the primary air control by
pushing the lever to the down.

HearthStone Quality Home Heating Products Inc®Bennington Model 8350
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3) Light the paper under the kindling. Leave
the front door slightly ajar momentarily until
the kindling has started to burn and draft
begins to pull.
4) Close the door and allow the fire to burn.
Keep the door and ash drawer closed while
the stove is in use. Make sure the ash door
is in the closed position.
5) KEEP A WATCHFUL EYE ON YOUR
STOVE to maintain a steady, low-heat fire.
Your first fire should make the stove warm
but not hot to the touch. At most, a few
small chunks of wood should be added to
the fire to reach safe break-in temperatures.
6) Once the stove is warm butnot hot to the
touch close the primary air control by
pushing it up and allow the fire to die out
completely.
7) Let the stove return to room temperature.
Your first fire and first fire each season thereafter should
be built and maintained as outlined above. Your patience
will be rewarded by a properly seasoned stove.
NOTE: Because of the cool flue gas temperatures present
during the break-in procedure, creosote may build up
quickly. Your window may get dirty. A good hot fire will
clean it.
NORMAL OPERATION
If your stove is not used continuously or has not been
used in quite some time, follow the break-in procedure at
least once to minimize the stress of a hot fire on a cold
stove before proceeding with normal operation. We
recommend one break-in fire at the start of each heating
season. Prior to loading the stove, make sure the ash door
is closed and the ash pan is in the stove. If the ash door is
open, the stove will over-fire and be damaged.
BUILDING A FIRE FOR EVERYDAY USE
1) Open the door and place five or six double sheets
of tightly twisted newspaper in the center of the
firebox. Arrange kindling in a crisscross pattern
over the newspaper. Kindling should be
approximately ten pieces, 1/2" (13 mm) in
diameter and 10" to 18" (254 to 457 mm) long.
2) Fully open the primary air control by pushing the
lever down.
3) Light the paper under the kindling. Leave the
front door slightly ajar momentarily until the
kindling has started to burn and draft begins to
pull.
4) Close the door and allow the fire to burn.
5) Once the kindling is burning, open the door and
add logs, small at first, to build the fire up.
Make sure to keep the logs away from the glass
in front in order for the air-wash system to work
properly. Otherwise, keep the front door and ash
door closed while the stove is in use.
6) Once the fire is burning well, use the primary air
control to regulate the desired rate of burn.
Pushing the lever down opens the PRIMARY
AIR CONTROL for a high rate of burn or
pushing it up for a low rate of burn.
Note: When opening the door to reload or re-
arrange logs, it is advisable to open the door just a
crack, pause fora moment then open the door
completely. This procedure will allow the firebox
to clear of smoke before the door is opened fully.
Also, reloading on a bed of hot, red coals reduces
smoking time and will bring fresh fuel up to a high
temperature rapidly.
BURN RATE
HIGH BURN: Fully load the firebox with wood on a bed
of hot coals or on an actively flaming fire and fully open
the primary air control. A high burn rate is recommended
once or twice a day to fully heat the stovepipe and
chimney, which will help minimize creosote
accumulation.
MEDIUM BURN: Set the primary air control to a mid-
range setting appropriate for the heating needs of the area
being heated. A medium burn rate should be the typical
setting and is preferable if the stove is to be left
unattended.
LOW BURN: Close the primary air control for a low burn
rate. A low burn rate over extended periods of time is not
advisable as it may promote the accumulation of creosote.
The venting system should be inspected frequently if low
burn rates are maintained consistently.

HearthStone Quality Home Heating Products Inc®Bennington Model 8350
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OVER-FIRE CAUTION
Over-firing means the stove is operating at temperatures
above the recommended temperatures outlined above in
the BURN RATE section. Over-firing should be carefully
avoided since it will cause damage to the stove.
Symptoms of over-firing include short burn times, a
roaring sound in the stove or stovepipe, and discoloration
of the stovepipe.
Over-firing can be caused by excessive draft,
inappropriate fuel, and operator error. Correct an over-
fire situation as follows:
EXCESSIVE DRAFT: Contact your dealer to
have a draft reading taken. Any draft in excess of 0.1 wc
requires a damper in the stovepipe. Some installations
may require more than one damper.
INAPPROPRIATE FUEL: Do not burn coal,
kiln dried lumber, wax logs or anything other than natural
cordwood.
OPERATOR ERROR: Make sure all the gaskets
are in good condition. Replace worn out or compressed
gaskets. Do not burn the stove with the front, side or ash
doors in the open position.
Monitoring the temperature is the best way to determine if
the stove is over-firing. If you suspect that your stove is
over-firing, contact your dealer immediately. Damage
done by over-firing is not covered by your warranty.
Results of over-firing can include: warped or burned out
internal parts, discolored or warped external parts, and
damaged enamel.
NOTE: ANY SYMPTOMS OF OVER-FIRING
WILL VOID YOUR WARRANTY!!
REMOVAL AND DISPOSAL OF ASHES
Ashes should be removed when the stove is cold. Use
protective fireplace gloves when the pan is warm.
Exercise extreme caution when handling, storing or
disposing of ashes.
To remove ashes from the firebox, sift the ashes across
the ash grate using a poker or other suitable implement.
Remove the ashes by rotating the handle on the ash door
counter-clockwise and sliding the ash pan carefully out.
Dump the ashes as described below. Re-insert the ash
pan by pushing it in all the way. Be sure that the ash pan
has been pushed firmly into place. Alternately, the ashes
can be removed with a shovel through the side or front
door.
Ashes should be dumped from the ash drawer into a metal
container with a tight fitting lid. Do not place any other
items or trash into the metal container. Replace the lid
onto the container and allow the ashes to cool. Do not
place the ash disposal container on a combustible surface
or vinyl flooring, as the container will be hot!
Pending disposal, place the closed ash container on a
noncombustible floor or on the ground, well away from
all combustible materials. Ashes should be retained in the
closed container until all cinders have thoroughly cooled.
Ashes should NEVER be placed in wooden or plastic
containers, or in paper or plastic bags, no matter how long
the fire has been out. Coals within a bed of ashes can
remain hot for several days once removed from the
firebox.
MAINTENANCE
MONITORING STOVE TEMPERATURES
Monitor the stove temperatures with a stove thermometer
(available from your dealer) placed on the top center of
the stove.
Do not over-fire the stove. (refer to page 17).
CREOSOTE FORMATION AND NEED FOR
REMOVAL
When wood is burned slowly, it produces tar and other
organic vapors, which combine with expelled moisture to
form creosote. These creosote vapors condense in the
relatively cool chimney flue of a slow-burning fire. As a
result, creosote residue accumulates on the flue lining.
When ignited, this creosote makes an extremely hot fire
that may damage the chimney or even destroy the house.
To prevent the buildup of creosote:
1. Burn the stove with the primary air control
fully open for 30 minutes daily to burn out creosote
deposits from within the stove and the venting system.
2. After reloading with wood, burn the stove
with the primary air control fully open for 20 to 30
minutes. This manner of operation ensures early
engagement of the secondary combustion system which,
when engaged, minimizes creosote buildup in the
chimney.

HearthStone Quality Home Heating Products Inc®Bennington Model 8350
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The stovepipe connector and chimney should be inspected
at least monthly during the heating season to determine if
a creosote build-up has occurred. If a creosote residue
greater that 1/4" (6 mm) has accumulated, it should be
removed to reduce the risk of a chimney fire.
If the glass is remaining dirty, your operating
temperatures are low; therefore, there is a higher risk of
creosote buildup.
The venting system must be inspected at the stove
connection and at the chimney top. Cooler surfaces tend
to build creosote deposits quicker, so it is important to
check the chimney at the top (where it is coolest) as well
as from the bottom near the stove.
Accumulated creosote should be removed with a cleaning
brush specifically designed for the type of chimney in use.
A certified chimney sweep should be used to perform this
service. Contact your dealer for the name of a certified
chimney sweep in your area (your dealer may be a
certified sweep!).
It is also recommended that before each heating season
the entire system be professionally inspected, cleaned and
repaired, if necessary.
GASKETS
Gasket material should normally be replaced every two to
three seasons, depending on stove use. If the door seal is
loose, a new gasket will assure a tight seal and improved
stove performance. Contact your dealer for a gasket kit
that includes instructions and gaskets for your stove.
The procedure for replacing gaskets on the glass is
reviewed on page 19.
To replace door gaskets, first remove the old gaskets with
a utility or putty knife. Clean all gasket channels with a
wire brush. Apply gasket cement to the channels and
push the new gasket into place without stretching the
gasket material. The door should be shut immediately to
fully press the gasket into place and assure a positive seal.
We require the use of the following gaskets:
GLASS: 60" (1524 mm) Length, 3/4" (19 mm) Wide,
Adhesive Backed Black Tape
DOOR: 60" (1524 mm) Length, 3/8" (9.5 mm) Diameter,
Low Density Black Tube
ASH DOOR: 40" (1016 mm) Length, 3/8" (9.5 mm)
Diameter, Med Density, Black Rope
SIDE DOOR: 1/4" (6.35 mm) Length, 30" (762 mm)
Diameter, Low Density, Black Rope
GLASS
Do not operate the stove with a broken door glass. Do not
abuse the front door by striking or slamming.
When necessary, the glass can be cleaned with low
alkaline content commercial stove glass cleaners, which
are available from your local dealer. Never attempt to
clean the glass while the fire is burning or the glass is hot.
Most deposits can be cleaned by following the
instructions provided with the cleaner. To clean heavier
deposits, open the door and lift it straight up and off the
stove with the hinge pins remaining in the door (take care
to save hinge pins and washers for reuse). Lay the door
face down on a workbench or table. Apply the cleaner to
the glass and allow it to set for a few minutes. By laying
the door flat, it will allow the cleaner to penetrate rather
than running off the surface of the glass. Wipe the
cleaner off with a soft cloth.
Important: scratching or etching the glass will
weaken the integrity of the glass. Do not use a
razor blade, steel wool, or any other abrasive
material to clean the glass. Use low alkaline
content cleaners only.
The front door glass is a ceramic, shock-resistant glass,
made specifically for use in woodstoves. Do not use any
replacement glass other than the ceramic glass
manufactured and supplied for use in this woodstove.
Replacement glass is available through your local dealer.
The door glass should be replaced immediately if broken.
Contact your local dealer for replacement glass, which is
accompanied with instructions and everything needed for
the repair. If you replace the glass yourself, wear work
gloves and safety glasses.