HOMEOWNER'S CARE AND
OPERATION INSTRUCTIONS
MERIT® SERIES
36" Multi-View Wood Burning Fireplaces
P/N 875,040M REV. N/C 01/2007
MODELS
CST-38 CR-3835R
CPF-38 CR-3835L
The information contained in this manual applies to all model fireplaces
identified on this page. This information will help you obtain safe and
dependable service from your fireplace system. Keep this document in a
safe place for future reference.
Before you start your first fire, read this Care and Operations Manual
carefully to be sure you understand your fireplace system completely.
Failure to follow these suggestions could result in hazardous operation or
fireplace malfunction, creating a serious potential for personal injury and/
or property damage.
RETAIN THESE INSTRUCTIONS
FOR FUTURE REFERENCE
If you have any questions regarding the safe use or operation of your
fireplace, contact your local distributor or your contractor/builder.
Most chimney systems will require onsite completion after placement of
the manufactured home.
OTL Report No. 116-F-20-4
NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE
1
TABLE OF CONTENTS
Safety precautions.............................page 2
General information...........................page 2
Fuels..................................................page 2
Decorative gas log sets......................page 2
Disposal of ashes ..............................page 3
Softwood vs hardwood......................page 3
Starting a fire.....................................page 4
Glass doors .......................................page 4
Combustion Air .................................page 5
Refractories .......................................page 6
Maintenance Guidelines.....................page 6
Twice a year check-up .......................page 6
Creosote Formation and Removal......page 6
Trouble shooting ...............................page 7
Accessories & Components...............page 7
Replacement Parts List......................page 8
GENERAL SAFETY PRECAUTIONS
IMPORTANT! READ AND UNDERSTAND BEFORE YOUR FIRST FIRE.
1. Use SOLID WOOD only for fuel. It is best to
use dry and well seasoned hardwood. Soft
woods tend to burn very quickly. DO NOT use
treated wood, charcoal, coal, trash, driftwood
or woods that have been dipped in tar, pitch,
pine tar, creosote, etc. Wood products made
with synthetic binders, such as plywood, produce abnormally high temperatures and
sputtering, smoking fires. When burning artificial logs, please read and follow the
instructions provided by the manufacturer.
Never burn treated construction lumber or
scraps. These woods burn excessively hot
and may contain chemicals used to treat
insects and fungus. When burned, these
chemicals can pose a significant hazard.
2. NEVER use gasoline, gasoline-type lantern
fuel, kerosene, charcoal lighter fluid, or similar
liquids to start or “freshen up” a fire in this
fireplace. Keep any flammable liquids a safe
distance from the fireplace.
3. Keep the chimney damper open while any
fire or smoldering embers are present .
4. Never block or restrict the room air intake
grille across the bottom front or the warm air
outlet grille across the top front of the fireplace.
5. With the fire burning, close the protective
mesh screens to keep sparks and embers INSIDE the firebox.
2
6. Keep any combustible furniture or decora-
tive pillows at least 36" (914 mm) from the
fireplace opening.
7. Never leave your fireplace unattended while
it is burning.
8. Be careful adding wood fuel to the fire or
handling fireplace tools such as shovels, tongs
or pokers.
9. Never modify or alter your fireplace system
in any way. To do so may create a potential fire
hazard and void the Limited Warranty.
10. The bottom refractory can be cracked by
excessive abuse such as tossing heavy logs onto
the grate or gouging with fireplace tools. Exercise caution when adding wood to your fireplace.
11. DO NOT use a fireplace insert or any other
product not specified by the manufacturer for
use with this fireplace.
12. If you are using your fireplace as a “decorative appliance”, such as with a permanently
installed gas log set, the fireplace damper must
be permanently fixed in the open position.
13. Always ensure that an adequate supply of
replacement combustion air from the outside
of the house is accessible to the fire to support
normal combustion. Fireplaces consume large
volumes of air during the normal combustion
process. In the event the home is tightly sealed
with modern energy efficient features, an optional combustion air kit may not provide all
the air required to support combustion. The
manufacturer is not responsible for any smoking or related problems that may result from
the lack of adequate combustion air. It is the
responsibility of the builder/contractor to ensure that adequate combustion air has been
provided for the fireplace.
14. The manufacturer does not warranty “smoke
free” operation nor are we responsible for inadequate system draft caused by mechanical
systems, general construction conditions, inadequate chimney heights, adverse wind
conditions and/or unusual environmental factors or conditions beyond our control.
GENERAL INFORMATION
1. The all-steel, multi-wall firebox is the heat
center of the system. It is well insulated for safe
clearance to combustibles.
2. The hearth floor of the firebox is a brick
pattern reinforced refractory base for your fire.
On certain models, the sides and rear of the
firebox are also refractory for authenticity and
safety.
NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE
3. The metal chimney sections extending from
the firebox top to beyond your roof are two
walled and air-cooled. The inner passage, or
flue, provides the exit for smoke and gases.
4. The flue damper is either fully open or fully
closed by the handle you find in the center and top
of the firebox. It must be open when fire is present
so smoke and gases can escape. It should be
closed only when the fire is completely out –
keeping room air from being lost up the flue.
5. Closed screens prevent fire, sparks and
embers from popping out of the firebox while
a fire is burning. Pull screens back when
adding wood to the firebox.
6. Why use a fuel grate? Besides positioning
the firebed properly, it protects the refractory
floor, back and sides of the fireplace. Further, it
ensures a proper flow of combustion air into
and around the firebed. The grate must be used
at all times when burning. Your warranty may
be voided without the use of this grate.
7. Remember, your fireplace is not intended to
heat your entire home. Their unique designs
are intended for architectural, decorating and
aesthetic considerations.
FUELS
Never Use Coal in Your Fireplace
Your fireplace system is not designed to be
used with coal derivative products. The combustion process of certain types of coal can
deposit corrosive materials in the fireplace and
chimney system which can lead to premature
product failure. Never use coal as a fuel in this
fireplace system.
Decorative Gas Log Sets
If your fireplace system was installed with a gas
line and you wish to install a decorative gas
appliance (gas log set), it must contain an
automatic shut-off device and be installed in
accordance with local codes and/or the National Fuel Gas Code, ANSI Z223.1A and
NFPA-54-1988.
CAUTION: WHEN USING THE DECORATIVE
GAS APPLIANCE, THE FIREPLACE DAMPER
MUST BE SET IN THE FULLY OPEN POSITION.
WARNING: THIS FIREPLACE HAS NOT
BEEN TESTED WITH AN UNVENTED GAS
LOG SET. TO REDUCE RISK OF FIRE OR
INJURY, DO NOT INSTALL AN UNVENTED
GAS LOG SET INTO THIS FIREPLACE.
Wood Fuel Pointers
Wood is a wonderful renewable fuel source.
Normally it burns clean, leaving only a minimum
of waste ash, provides comforting heat and can
provide a variety of aromas and visual images.
You will want to know which woods are best for
use. Sometimes you may want a quick, short
fire to offset a morning chill. Soft woods are
preferable in this case. Other times you would
want more slow burning and a uniform heat
output. Hardwoods are preferable for this use.
The amount of heat available from the logs will
be about equal on a weight basis. However, logs
are generally not weighed so the amount of heat
will depend on:
1. The type of wood used.
2. How dry it is.
3. How many logs you put in.
4. The size of the logs.
The last statement means that one big log
weighing 10 pounds has as much heating potential as 10 pounds of twigs. However, air
cannot get at the solid log to feed the fire so the
solid log will burn slowly. While you would get
the same amount of heat out of either fire, the
smaller the pieces of wood and the more air
space around them, the faster the fire will burn.
Disposal of ashes
Ashes should be placed in a metal container
with a tight fitting lid. The closed container of
ashes should be placed on a non-combustible
floor or on the ground, well away from all
combustible materials, pending final disposal.
If the ashes are to be disposed of by burial in soil
or other wise locally dispersed, they should be
retained in the closed container until all cinders
have thoroughly cooled.
Softwood vs Hardwood
Softwoods contain about 15 percent highly
flammable resin which generates creosote soot
in the chimney flue. Burning softwood exclusively may not be as desirable nor as safe as
burning denser hardwoods. Many experienced
fire-builders use small amounts of softwood
kindling and newspaper in conjunction with
starting a fire with split hardwood logs. Here are
some guidelines to remember:
1. Softwoods produce fast warming and shorter
fires. Hardwoods burn less vigorously, have
shorter flames and produce steady, glowing
coals.
2. As a general rule, denser woods contain
more potential heat per pound. Most softwoods
offer moderate heat value per pound.
3. Different woods vary widely in flame heights,
flame intensities, smoke characteristics and in
sparking. Most hardwoods do not spark.
4. Most freshly cut “green” wood will not burn
well and will smoke. Green wood can be from 10
to 40 percent less efficient than air-dried seasoned wood.
5. Moisture and resin found inside unseasoned
wood cells will build up pressure under heat and
explode as sparks.
6. Most wood needs to be seasoned 9 to 12
months to reduce the moisture content and
produce good steady fires. When moisture content is reduced from 60 to 20%, the gain in heat
potential is nearly 7%.
7. Proper storage of wood, especially during
seasoning, is essential. We recommend that
you:
a. Never store wood on the ground. This will
cause rotting and insect infiltration. Raise wood
on flat rock or scrap wood.
b. Stack wood loosely to allow air circulation.
c. Store wood where it will not be excessively
exposed to weather, such as under a tarp or
under a roof.
d. Do not stack wood directly against the walls
of your home.
8. Be a knowledgeable wood buyer. There is a
difference in cord sizes. A standard cord stack
of logs is 4 ft. high by 8 ft. long by 4 ft. deep or
the equivalent of this cubic footage. A face cord
is the same height and length as a standard cord
but the depth is only the length of the logs (12,
18 or 24 inches). A face cord can contain as little
as 25% of the wood found in a standard cord.
If you buy by the ton, remember that wood
becomes lighter as it dries. When buying green
or wet wood, ask for some extra poundage to
allow for the extra water you will be getting.
9. When comparing woods of the same moisture content and same species, we find most
woods have approximately the same heating
potential per pound. However, most wood is
sold by volume, not by weight. To determine
the best heating source, look at the density of
various wood types. (Density is the weight for
a given size.)
The higher the density, the more potential heat
output. A standard cord has a volume of 128
cubic feet. This figure also includes the air
space between and around the wood. The actual volume in a standard cord is between 60
and 100 cubic feet; depending on how tightly
the wood is packed.
Standard
Cord of
Wood
8'
4'
4'
Figure 1
HARDWOODS DENSITY
Alser, Red .41
Ash .49-.60
Aspen .38-.39
Basswood, American .37
Beech, American .64
Birch .55-.65
Butternut .38
Cherry, Black .50
Chestnut, American .43
Cottonwood .34-.40
Elm .60.63
Hackberry .53
Hickory, Pecan .60.66
Hickory, True .69-.75
Honey locust .66 (est.)
Locust, Black .69
Magnolia .48-.50
Maple .48-.63
Oak, Red .59-.67
Oak, White .64-.88
Poplar .42
Sassafras .42
Sweet gum .52
Sycamore, American .49
Tanoak .64 (est.)
Tupelo .50
Walnut, Black .55
Willow, Black .39
SOFTWOODS DENSITY
Bald cypress .46
Cedar .31-.47
Douglas Fir .46-.50
Fir .32-.43
Hemlock .40-.45
Larch, Western .52
Pine .39-.59
Redwood .35-.40
Spruce .35-.41
Tamarack .53
NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE
3
Assuming that you are comparing two standard
Both Sets of Glass Doors
Fully Closed
CPF Models
cords of different species but the same volume
and moisture content, the denser species will
provide more BTU’s. The table of wood species/
densities reveals more helpful guidelines.
STARTING A FIRE
1. To start a fire in your fireplace properly, first
check the operation of the flue damper.
WARNING: THE CR SERIES FIREPLACES
SHOULD BE OPERATED WITH THE DOORS
FULLY OPEN OR FULLY CLOSED. IF THE
DOORS ARE LEFT PARTIALLY OPEN, GAS
AND FLAMES MAY BE DRAWN OUT OF
THE OPENING, CREATING RISKS OF BOTH
FIRE AND SMOKE. REFER TO
FIGURE 2
FOR PROPER OPERATING CONDITIONS.
The design of the flue damper assembly varies
for some model fireplaces. For the standard
corner opening fireplaces (CR Series) the damper
is activated by a center mounted handle. The
damper is opened by pulling the handle forward.
To close, the handle is pushed all the way to the
back of the firebox. The damper is NOT ADJUSTABLE between the open and closed position.
To open the damper on the CST and CPF
fireplaces, push the center damper handle
straight up. To close pull handle down.
2. The grate in the firebox should be centered
on or over the bottom hearth so your fire can
breath properly. Crumble and twist plenty of
newspapers UNDER the grate and criss-cross
some small dry kindling sticks on top of the
paper or on the bottom of the grate.
3. Build a pyramid of three split logs (split will
start much faster). Arrange the uneven wood to
provide plenty of air space between.
4. Now, light the paper at both sides of the
firebox.
5. Close the screens to prevent the escape of
sparks and embers.
Glass Doors
Fully Open or
Fully Closed
CR Series
Figure 2
CAUTION: IF A SMOKING CONDITION EXISTS,
GLASS DOORS SHOULD BE CLOSED DURING
FIREPLACE OPERATION.
WARNING: THE CST AND CPF FIREPLACES SHOULD BE OPERATED WITH
BOTH SETS OF GLASS DOORS FULLY
CLOSED. IF THE DOORS ARE LEFT OPEN
OR PARTIALLY CLOSED, GAS AND
FLAME MAY BE DRAWN OUT OF THE
FIREPLACE OPENING, CREATING RISKS
OF BOTH FIRE AND SMOKE. REFER TO
FIGURES 3 AND 4
FOR PROPER OPER-
ATING CONDITIONS.
Figure 4
Care and Cleaning of Your Glass Doors
Never clean the glass when the doors are hot.
Do not use ammonia or ammonia based glass
or household cleaner to clean the glass or the
door frame. An ammonia based cleaner will
damage the finish of your glass door.
In most cases, a clean dampened towel followed by a dry towel will clean the glass. To
remove any stubborn stains from the glass, use
a mild soap solution and a towel dampened
with clean water and then dry with a clean dry
towel.
Glass Door Operating Safety
Precautions and Instructions
• The fire must always be confined within the
boundaries of the fuel grate.
• The fireplace screens must always be closed
whenever the fireplace is operated.
• Never slam the glass door since it could cause
the glass to break.
6. Close the damper only when your fire is
completely out and ashes are cold. Keep closed
when fireplace is not in use to prevent unnecessary loss of heated or cooled air.
GLASS DOORS
The required glass door enclosures come in
two different styles; “All-Glass
and bi-fold design with tempered glass panes.
Removal or modifications to the glass doors
may void your warranty and cause a smoking
condition.
4
TM
” Twin Pane
Both Sets of Glass Doors
Fully Closed
CST Models
Figure 3
NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE
• Do not build excessively large or hot fires.
Scorching or discoloring of the solid brass or
plated brass trim could result.
• Extreme temperature changes can cause glass
breakage — do not build a hot fire and close the
glass doors if the doors are cold.
• If the tempered glass pane becomes scratched
or chipped, it creates a weakness in the glass
which can cause the glass to break when heated.
Replace the pane of glass by contacting your
nearest dealer or distributor.
CAUTION: GLASS AND METAL FRAMES GET
Original Position
Dimple
Lintel
Extension
Lintel
Frame
Lowest
Position
2" (51 mm)
Front
Frame
HOT — ALWAYS USE HANDLES TO OPEN AND
CLOSE THE DOORS.
WARNING: CERTAIN MODEL FIREPLACES REQUIRE THAT THE GLASS
DOORS BE CLOSED DURING OPERATION. BE AWARE THAT SAFETY GLASS
IS UNPREDICTABLE WHEN HOT AND
MAY BREAK, EXPELLING HOT GLASS
INTO THE ROOM. ADVISE ALL FAMILY
MEMBERS TO REMAIN WELL AWAY
FROM THE FIREPLACE WHEN OPERATING WITH DOORS CLOSED TO AVOID
ANY POSSIBLE PERSONAL INJURY.
COMBUSTION AIR
A proper amount of combustion air is important for your fireplace. Fireplaces consume
large amounts of oxygen. It is important to
allow an adequate supply of air. If the fireplace
is not equipped with an outside air kit, it may
not obtain sufficient amounts of combustion
air from inside the house or structure in which
it is installed. Therefore, the fire may draw
from an outside air source and pull air in
through the chimney. This may cause smoke
spillage into the room.
Smoke spillage often occurs when a fire is first
started, until the fireplace and the chimney has
had the opportunity to “come up to temperature” and to begin to function normally. If
smoke spillage problems persist, a window
may be opened just a crack to allow the proper
flow of combustion air to the fireplace.
On the CR Series fireplaces, the control lever
that operates the outside combustion air valve
has been pre-installed on your fireplace. A
coverplate has been mounted over this control
lever only if the outside air kit has not been
attached. The control lever is located on the
closed end of the fireplace opening behind the
screen. To open the air damper, turn the lever
handle 1/2 turn counter clockwise (or until
lever can be moved upward), then re-tighten at
desired open position. To close damper, reverse procedure (
Figure 5
).
Control
Lever
Figure 5
On the Merit Series fireplaces, the control
lever that operates the outside combustion air
valve is located on one lower side behind the
screen panel. Push the lever all the way in to
open the air valve and pull the lever all the way
out to close the air valve (
Open
Figure 6
).
LINTEL EXTENSION
These Merit Multi-Open Factory-Built
Fireplaces were designed, tested and listed
with an 18" (457 mm) high viewing area, floor
to lintel. However, varying conditions such as
altitude, climate, wood type, moisture content
of fuel, dwelling design peculiarities, average
ambient air pressure and humidity may effect
the performance of this fireplace. If an unacceptable amount of smoking occurs while the
doors are open, the adjustable lintel can be
moved to correct the smoking condition.
The lintel extension can be lowered a maximum of 2" (51 mm) using a predrilled hole
located at the top of the lintel extension. To
lower the lintel extension 1" (25 mm), drill a
1/8" (3 mm) hole where the dimple is located.
(See
Figure 7
.)
To lower the lintel extension on Model CST-38,
remove the two screws from both ends of the
lintel extension (located behind the screen
assembly). Slide the lintel extension down and
align the desired holes in the lintel extension
with the holes in the lintel frame. Reattach
using the screws previously removed. Repeat
this procedure for the lintel extension on the
opposite side of the fireplace. (
Figure 7
)
If your fireplace is equipped with an outside
combustion air kit, keep open at all times when
fire is burning and close when fire is out to
prevent cold air intrusion.
Combustion Air Control
The operation and location of the outside air
control lever varies to some extent on different
fireplace models.
Closed
Figure 6
The outside air damper should be kept closed
on all fireplaces except when the fireplace is in
operation. If there is no heat present in the
firebox, the air damper should be closed at
night before retiring to prevent intrusion of
outside air into the home.
NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE
Figure 7
On Model CPF-38 the two (2) side lintel extensions are welded to the end lintel extension. The
lintel extension lowers similarly to the CST-38
lintel extension. However, to prevent the end
lintel extension from being misshaped, follow
the following steps while referring to
Figure 7
.
5
1. Remove the two (2) screws from one of the
side lintel extension, leaving the lintel extension
on the other side attached to the lintel frame.
Only lower the end of the lintel extension closest
to the closed end (refractory wall) of the CPF-
38. Aligning the desired holes in the lintel
extension with the holes in the lintel frame and
reattach using one (1) of the screws previously
removed.
2. Remove the two (2) screws from the lintel
extension on the other side of the fireplace.
Lower the whole lintel extension to the desired
holes and reattach using the screws just removed.
3. On the lintel extension first lowered, realign
the holes as necessary then insert and tighten
the remaining screw.
REFRACTORIES
All fireboxes contain a furnace refractory floor.
Some models also have refractory sides and
backs. These refractories are reinforced with
steel, but can be broken by improper use.
Dropping logs on the bottom refractory and
building fires directly against the refractories
can cause premature burnout of these components. It may easily be repaired or replaced at
costs far below repair and maintenance for
masonry fireplaces.
Proper care and “burn-in” of the firebox will
prolong the period of enjoyment without extensive maintenance. For the first few uses, build
small fires – not roaring infernos. The materials
used in the refractories contain and absorb
moisture. It is important to “cure” the refractories by building only modest fires.
Under normal usage, it is expected that hairline
cracks will appear in the refractory surface.
These hairline cracks do not affect the safe
operation of the fireplace.
Refractories should be replaced when:
1. The crack opens more than 1/4" (19 mm).
2. Pitting in the surface is extensive and pits
become deeper than 3/16" (4.76 mm).
3. Any piece of refractory larger than 2" (51 mm)
in radius and 3/16" deep becomes dislodged.
If your refractory has a crack less than 1/4"
(19 mm) in width, a simple Refractory Patch
Kit, Model RPK, can easily be used to fill the
crack and repair the refractory.
If conditions 1, 2 or 3 occur, the refractory
should be replaced. For minor defects, repair as
noted above.
MAINTENANCE GUIDELINES
Your fireplace is designed to operate troublefree with minimum maintenance. However, like
any fine appliance, it deserves and requires
some housekeeping attention.
Your fireplace will perform better – and certainly look more attractive to family and friends
– if it is cleaned before each use. Before the first
seasonal use in Autumn and after the last fire in
Spring, it is important to inspect the fireplace
system carefully. We recommend at least two
complete fireplace inspections a year.
Before Each Use
1. Clean the firebox of excessive ashes. Some
owners prefer to leave a small layer to insulate
the cold refractory below the grate which helps
fire starting.
If your particular model fireplace has a factory
supplied grate attached, it is permissible to
remove the grate for cleaning; however, the
grate must be re-attached to the fireplace before the next burn.
2. Keep the fireplace screens clean so combustion air flows freely.
3. Spot check the brick-like refractory for small
cracks. Heat from the fire expands it slightly.
When it cools, it contracts.
Twice A Year Check-Up
Normally, twice a year, you should inspect your
fireplace following this list:
1. Inspect the opening in your chimney top and
remove any debris that could clog it. The cap is
usually held in place by four (4) screws, which
remove easily for checking or cleaning the full
length of the flue from above. Remove the
chimney top while wearing gloves to guard
against any sharp metal edges.
2. Inspect the entire flue from the top down for
obstructions such as birds nests, leaves, etc.
This may be done by using a flexible handled
chimney cleaning brush. If the chimney contains offset/return elbows; a soft brush cleaning
from the top down to any elbow and then from
the firebox up to the offset/return section is the
proper method. The beam from a powerful
flashlight will help in this inspection.
3. Look up from inside the fireplace (damper
open) to see any obstructions in the lower flue
area. If present, shut the damper and glass doors
(if installed) to seal the firebox and contain any
soot that might fall. If your do not have glass
doors installed, a damp sheet covering the fireplace opening and sealed with masking tape will
do. Then clean the flue from the top down (if an
offset system, clean per Step 2) using a proper
size chimney brush with flexible pole sections.
Don’t open the doors or remove the sheet until all
soot has settled. Vacuum, don’t sweep.
4. Check the metal flashing and seals around
your chimney. Seal any cracks or loose nailhead
openings to prevent roof leaks.
5. Clean the firebox thoroughly by using a soft
brush or equivalent.
WARNING: CONTINUED OVER FIRING
CAN PERMANENTLY DAMAGE YOUR
FIREPLACE SYSTEM. SOME EXAMPLES
OF OVERFIRING ARE:
• BURNING QUANTITIES OF SCRAP
LUMBER, PINE BRANCHES, PAPER OR
CARDBOARD BOXES WHICH EXCEED
THE VOLUME OF THE NORMAL LOG
FIRE.
• BURNING TRASH, CHEMICALS OR
CHEMICALLY TREATED COMBUSTIBLES.
Creosote Formation and Removal
When wood is burned slowly, it produces tar and
other organic vapors, which combine with expelled moisture to form creosote. The creosote
vapors condense in the relatively cool chimney
flue of a slow-burning fire. As a result, creosote
residue accumulates on the flue lining. Creosote
makes an extremely hot fire when ignited.
The chimney should be inspected at least twice
yearly during the heating season to determine
if a creosote build-up has occurred.
If creosote has accumulated, it should be removed to reduce the risk of a chimney fire.
If creosote build-up is found, do not use
chemical chimney cleaners that are poured on
a hot fire. The manufacturer considers them
dangerous and they generally only work on the
flue section nearest the fire, leaving the rest of
the flue unaffected. It is best to take the time to
clean the flue as previously described or have
the chimney professionally cleaned by a qualified chimney sweep.
6
NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE
Less Than 10'
ACCESSORIES AND COMPONENTS
2' Min.
3' Min.
Figure 8
TROUBLE SHOOTING
No Smoking Allowed
Your new fireplace is designed not to smoke if
properly installed and operated per our instructions. If you do experience a problem, here are
several things to check:
1. Remember – always check to ensure your
flue damper is in the open position before
lighting a fire!
2. When lighting your fire, a little smoke may
escape into the room – more likely if the chimney is cold. To correct this, hold a lighted
newspaper up inside the firebox near the open
flue damper. This will turn around any downdraft and clear the flue of cold air. As your log
fire burns below, the updraft will improve as the
chimney heats up.
2' Min.
10'
3' Min.
6. Is a vent fan, exhaust hood or central
heating/cooling system stealing combustion
air from your fireplace? If their volume is high
enough, this can cause negative pressure and
an unwanted downdraft – and smoking.
7. Is your wood fuel too wet or unseasoned?
Or does it contain some chemical substance
that causes sputtering, smoking and toxic
fumes?
8.
Figure 8
illustrates the correct height of
your chimney top. It is unlikely that your
installation does not adhere to the installation
instructions. However, if not correct, you could
experience an unusual downdraft. Usually, the
best solution is to increase the chimney height.
This may also be necessary if nearby trees,
adjoining roof lines or a hill is causing a
downdraft condition.
TM
“All-Glass
Bi-Fold Doors 12M09 36 ABF-BS
” 12M08 36 ABF-BB
12M07 36 ABF
Aluminum Doors
Your fireplace can be fitted with beautiful
aluminum doors. Model ABF doors are available for use with these fireplace. Doors are
easily fitted to the fireplace opening. Model
ABF doors come with standard black finish.
Model ABF-BB doors have a beautiful bright
brass finish.
To ensure warranty and to prevent a potential
fire hazard, do not use any other doors on
these appliances.
3. Is your fire too far forward? Move it toward
the back with your poker. Keep the fire well
within the confines of your fuel grate.
4. Keep your fire up on the grate and the refractory below free of excessive ashes. The fire
needs plenty of air movement around the logs.
5. If smoking occurs an hour or two after
lighting the fire, perhaps your well-insulated
house is too airtight and there is scarcely any
way for replacement air to enter and feed the
fire. Check to see if your outside combustion air
kit (if installed) is open. Check outside to ensure
no obstructions are in front of exterior air entry.
Open a window slightly, open doors to one or
two rooms and see if this stops the smoking.
9. Remember, your fireplace has been designed as a supplemental heating device only,
it is not intended to heat your entire home.
ENJOY YOUR FIREPLACE
If you encounter any problems or have any
questions regarding the installation of operation of your fireplace system, contact
your distributor. For your nearest distributor
contact:
LENNOX HEARTH PRODUCTS
1110 West Taft Avenue
Orange, CA 92865
NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE
“All-GlassTM”
Twin Pane Doors 12M44 38TBA-BB
Twin Pane Doors
Your fireplace can be fitted with attractive
Twin Pane doors. Model TBA doors are available for use with these fireplace. Twin Pane
doors are easily fitted to the fireplace opening.
Model TBA-BB doors have a beautiful bright
brass finish.
7
ACCESSORIES AND COMPONENTS
“All-GlassTM” 12M15 38AEP
Aluminum End Panel 12M16 38AEP-BB
Aluminum End Panel
Your CPF-38 fireplace can be fitted with a
unique aluminum end panel. Model AEP end
panels are available for use with these fireplace. End panels are easily fitted to the fireplace opening. Model AEP end panels come
with standard black finish. Model AEP-BB end
panels have a beautiful bright brass finish.
REPLACEMENT PARTS
CR-3835L CR-3835R
DESCRIPTION Part No. Part No.
Fireplace Assembly – –
Grate H4403 H4403
Grate Bracket Holder H4006 H4006
Screen H4412 H4412
Side Screen (Corner Open Only) H4413 H4413
Screen Rod H4416 H4416
Side Rod (Corner Open Only) H4417 H4417
Refractory Clip/Retainer Rear H4536 H4536
Refractory Kit H0631 H0632
Touch Up Paint 90L73 90L73
CST-38 CPF-38
DESCRIPTION Part No. Part No.
Fireplace Assembly – –
Grate H4404 H4404
Door Track H4528 H4528
Screens H4411 H4411
Screen Rod H3994 H3994
Refractory Clip, Right H4538 H4538
Refractory Clip, Left H4537 N/A
Refractory Kit H0648 H0649
Touch Up Paint 90L73 90L73
NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE
The manufacturer reserves the right to make changes at any time, without notice, in design,
materials, specifications, prices and also to discontinue colors, styles and products.
Consult your local distributor for fireplace code information.
Printed in U.S.A. © 2007 by LENNOX HEARTH PRODUCTS
P/N 875,040M REV. N/C 01/2007
1110 West Taft Avenue
Orange, CA 92865
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