Certified to comply with July, 1990 particulate emission standards.
This wood heater contains a catalytic combustor which needs periodic inspection and replacement for
proper operation. Consult the owner’s manual for further information. It is against the law to operate
this wood heater in a manner inconsistent with operating instructions in the owner’s manual or if the
catalytic element is deactivated or removed.
Do not use a fireplace insert or other products not specified for use with this product. 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 fireplace.
• Operate with feed doors closed. Open to feed fire only. • For use with solid fuel only.
0316 (IGN)
SERIAL NO.
Manufactured by:
TRAVIS INDUSTRIES, INC.
4800 Harbour Pointe Blvd. SW
Mukilteo, WA 98275
Overview
This manual details the installation requirements for the 44 ELITE wood-burning fireplace. For
operating and maintenance instructions, refer to the 44 ELITE Owner's Manual (part # 93508094).
Listing Details
This appliance was listed by OMNI Test Labs to U.L. 127 and portions of U.L. 1482 and 907 –
report number 028-F-61-4. The listing label is attached to the base of the fireplace and can be
viewed by removing the faceplate (see Figure 1 below).
IAS (ICBO) Approval
This appliance was listed by OMNI Test Labs – IAS (ICBO) # TL-130.
EPA Approval
This appliance has been EPA Phase 2 certified (2.5 grams per hour).
• Read this entire manual before installing the fireplace.
• Failure to install this fireplace in accordance with all local codes and the requirements listed in
this manual may result in property damage, bodily injury, or even death.
• Notify your insurance company before installing this fireplace.
• The requirements listed below are divided into sections. All requirements must be met
simultaneously. The order of installation is not rigid – the qualified installer should follow the
procedure best suited for the installation.
•Modifications of the fireplace (doors, blower, air inlet systems, damper control, or any other
component supplied by Travis Industries) or use of any component part not approved by Travis
Industries in combination with this fireplace system will void the listing and warranty.
• This fireplace is not approved for use in a mobile home.
• Travis Industries, Inc. grants no warranty, implied or stated, for the installation or
maintenance of your heater, and assumes no responsibility of any consequential
damage(s).
Operating Warnings
•WARNING: FIREPLACE SHOULD BE OPERATED ONLY WITH DOORS FULLY OPEN OR
DOORS FULLY CLOSED. IF DOORS ARE LEFT PARTLY OPEN, GAS AND FLAME MAY BE
DRAWN OUT OF THE FIREPLACE OPENING, CREATING RISKS OF BOTH FIRE AND SMOKE.
•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. 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. When ignited this creosote makes an extremely hot fire.
The chimney shall be inspected at least twice a year during the heating season to determine
when a creosote buildup has occurred.
When creosote has accumulated it shall be removed to reduce the risk of a chimney fire.
•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 all such liquids well away from the fireplace
while it is in use.
•Disposal of Ashes
Ashes should be placed in a metal container with a tight-fitting lid. These closed container of
ashes should be placed on a noncombustible floor or on the ground, well away from all
combustible materials, pending final disposal. If the ashes are disposed of by burial in soil or
otherwise locally dispersed, they should be retained in the closed container until all cinders
have thoroughly cooled.
• Do not use a fireplace insert or other products not specified for use with this fireplace.
• Do not poke or stir the logs while they are burning. Use only firelogs that have been evaluated
for the application in fireplace and refer to firelog warnings and caution markings on packaging
prior to use. Do not use firelogs that contain anything other than wood.
If you live in the area depicted in black (see Figure 4),
you must Install a cooling air “P” trap as detailed below
and install the blower on an internal wall. In addition,
make sure the homeowner follows the requirements
shown below to help minimize cold air being pulled into
the fireplace when it is not in use.
Install the Blower in an Internal Location
Internal Blower
Figure 4
In cold environments the blower must be positioned
Exterior
Exterior Wall
on an internal wall (see Figure 5). This eliminates
any chance of any outside air being drawn into the
convection chamber from the blower location.
NOTE: Do not place the blower inside a garage or
Fireplace
other area that may circulate fumes.
Interior of Home
Cooling Air “P” Trap
Min. 24"
Max. 48"
When installing the cold air ducts, make
sure to include a “P” trap in the design
(see the illustration to the right). This
helps slow cold air from circulating
through the cooling air chamber.
Fireplace
Xtrordinair
Daily Requirements for Homeowners
Humidity
Make sure the humidistat is set correctly. The chart below details the correct setting for the
temperature you are experiencing outdoors.
Outdoor Temperature
°F°C
-20-2915
-10-2320
0-1825
+10-1230
+20-735
>+20>-740
Recommended Humidity
Controller Setting
Min. 24"
Max. 48"
Figure 5
Figure 6
Note: If using a humidifier, let the homeowner know that it should be shut off or turned to a lower setting
to eliminate condensation.
Other Items
• Make sure the bypass is shut when the fireplace is not in use.
• Minimize the use of exhaust fans in the home when the fireplace is not in use.
The Fireplace Xtrordinair wood fireplace relies upon natural convection to supply cooling air to the
fireplace. If installed into a house experiencing negative pressure, air may be pulled into the fireplace.
This leads to the face becoming cold while the fireplace is not in use, and in severe cases, air being pulled
into the room.
What Causes Negative Pressure
Today’s air-tight homes are not 100% air tight. If air leaks are found at the top of the home enclosure, air
may be pulled through the home due to convection (the warmer air moves upwards, leaving the home,
causing air to be pulled into the home from different location). See Figure 7 below.
Air can be pulled down the
Recessed lighting in ceilings may allow air to infiltrate
into the attic, leading to negative pressure.
chimney, into the firebox.
Heated air, leaving the house in cracks
near the ceiling contribute to negative
pressure.
Driers or range fans
contribute to negative
pressure.
Cracks near doors or
windows can contribute to
negative pressure.
The cooling air* can be heated by the
house, causing syphoning. This pulls
cool air through the cooling channel,
leading to fireplace cooling.
*Cooling air is required by the fireplace
to prevent overheating.
Negative pressure can cause air
to be pulled through the blower,
through the duct, through the
fireplace convection channel and
into the house.
How to Measure Negative Pressure
Digital pascal meters (also called “pressure meters”, digital “manometers”) can measure negative pressure
readings inside a home. They typically cost around $600. They measure pascals (1 pascal is equal to
.004” Water Column). Typical homes have 0 to -1 pascals. Homes with negative pressure have -2 or more
(we have measured homes with upwards of -8 pascals). We strongly recommend measuring the pressure
in homes suspected of encountering negative pressure. This allows the homeowner, and fireplace
installer, to view an objective measurement.
Figure 7
How to Remedy Negative Pressure
The only proven method to reduce negative pressure is to install an “air exchanger”. This device allows
outside air to enter the home after going through a “heat exchanger” to minimize cold infiltration.
A firestop is required at the top of
the fireplace enclosure or ceiling
level (whichever is lower).
The fireplace enclosure must not be
less than 81" above the base of the
fireplace.
• If the fireplace is raised, the
enclosure height must be raised to
maintain the 81".
• Do not build into this area.
• Do not slope the walls inward.
Framing Dimensions at 45°
50-1/2"
50"
26"
Min. 4-1/2"
We recommend installing the
shaded framing members
after installing the chimney.
Arrange the framing
members so there is not a
vertical member directly in
the center of the opening
where it would interfere with
pipe clearances.
Header
(install veritcally to
ensure proper pipe to
header clearance)
NOTE: make sure the
enclosure is wide enough to
accommodate the blower
(see the section"Blower" for
details).
• The fireplace must be secured to the floor (use the lifting handle brackets - see Figure 10).
The fireplace (and
firebox) must be made
level and plumb during
installation. Use shims
under the fireplace to
properly level the
fireplace.
Zero
Clearance
Can
Firebox
WARNING:
Failure to correctly level and plumb
this fireplace will lead to doors that
swing open or closed.
Lifting handles are available
separately (98500711). They
attach to the nail down brackets.
Travis Industries
recommends the chase
around the fireplace be
insulated. This insulation
should only be placed
between the framing
members and secured so
it does not fill the space
between the fireplace and
standoffs.
Standoffs (also
located on back)
Bend this bracket down
on each side and nail it
to the floor, securing the
fireplace in position.
Figure 10
•Fireplace must be placed directly on wood or non-combustible surface (not on linoleum or
carpet)
• Fireplace must be installed on a level surface capable of supporting the fireplace and chimney
• Place the ember strip included with the fireplace below the front edge of the fireplace (see
Figure 11).
EMBER STRIP
INSTRUCTIONS
Place this ember
strip under the front
of the fireplace and
the back edge of the
hearth.
NOTE: On the 36 Elite,
the ember strip will
need to be shortened.
The ember strip
insures no ember falls
between the fireplace
and hearth onto the
combustible floor.
•The fireplace uses 1/2" standoffs on the back and sides and 4" stand-offs on the top to space
the fireplace away from framing members or walls. These stand-offs may contact the framing
members or walls but do not place insulation or other material in the space between the standoffs and fireplace.
•When installed, walls in front of the fireplace must be a minimum 18" to the side of the
faceplate (15-1/2” from the side of the fireplace). See Figure 3 on page 7.
•Fireplace should be located such that no doors, drapes, furniture or other combustibles can be
placed close or swing closer than the minimum 36" clearance. Due to the high heat output of
this fireplace, choose a location away from high traffic areas.
•Fireplace must be placed so the vents below and above the glass do not become blocked.
Raised Fireplaces
•If the fireplace is raised, the fireplace enclosure must be raised as well (minimum 81” enclosure
height from base of fireplace see Figure 8).
•The fireplace (and hearth, if desired) may be placed on a platform designed to support the
fireplace and vent (approximately 600 lbs.). See Figure 12.
Fireplace
Ember
Strip
Minimum 1" cement board
Tile or
marble
2 x 4 Framing
Header height will
need to be increased
this dimension.
No combustible material
permitted above this point
Tile or
marble
15"
Raised
3/4"
Plywood
hearth
Faceplate
Fireplace
Ember
Strip
Elevated hearths must be
constructed of non-combustible
materials such as cement blocks
(6-1/2” Max.).
Header height needs to be
increased this dimension.
WARNING: The cooling vents provide cooling air for the fireplace and chimney system. Failure
to correctly install the cooling vents will lead to an extremely dangerous installation and
possibly a fire.
•The two cooling vents must be installed so as to route air from the outside to the two starter
collars on the top rear corners of the fireplace. Secure the vents to the collars using hightemperature aluminum tape and/or sheet metal screws.
•A maximum of two 90° bends may be used on each vent. However, if a 180° bend is placed
directly above the starter collar, one additional 90° bend may be used (see Figure 13).
•The maximum distance for the cooling ducts is listed below:
When the vertical rise is between:The maximum horizontal run may be:
6' and 10' (max)5'
3' and 6'15'
1' and 3'20'
0' and 1'25'
•Included with the fireplace are two 10' lengths of vent, use a connector and seal if adding more
length
• The duct terminations must be located so they can not be blocked (e.g. snow drifts)
• Included with the
fireplace is a set of
storm collars and vent
hoods. Place the
collars around the vent
on the exterior and
attach with screws or
caulking to seal the
wall from the vent
penetration. Place the
hood, with open
portion facing down,
over the cooling vents
and secure.
•The cooling air duct
terminations may be
installed to draw air
from a ventilated crawl
space or attic if
approved by local
building codes. NOTE:
certain codes require a
fire curtain damper in
these cases.
Cooling vent
terminations must
terminate a
minimum of 10'
away from the
chimney
termination.
Cooling
Air
Vertical
Vertical
Rise
Rise
Horizontal
Run
Horizontal
Run
Air exits out of the outer
liner of the chimney.
Fireplace
Xtrordinair
Vertical
Rise
Vertical
Rise
AAAAAAAAAA
Horizontal
Horizontal
Cooling
Air
Run
Crawl Space –
See information to the left on
crawl spaces or attics.
The required blower pushes air through blower duct to the fireplace, where it is heated and
distributed into the room.
Blower Duct Routing
• The blower may be located to draw air from the interior or exterior of the home (see Figure 14).
NOTE: For cold environments, it must be located on the interior (see page 8).
External Blower
Fireplace
Interior of Home
Figure 14
Exterior
Internal Blower
Exterior Wall
Exterior
Exterior Wall
Fireplace
Interior of Home
• The maximum length for 6" diameter blower duct is 15' (use the included duct & start collar).
• The maximum length for 8" diameter blower duct is 25' (use two 6" to 8" adapters).
NOTE: The shorter the blower duct, the greater
the air flow.
•A maximum of two 90° bends may be used.
Caulk around all
four sides of the
blower housing
Blower
Cover
•The blower, if located on an external wall,
must be weatherproofed (see Figure 15).
Remove the blower cover and install the
blower. Apply caulk around the perimeter of
the blower housing where it contacts the
External Wall (&
vapor barrier)
Blower
Housing
external wall and vapor barrier (apply
sparingly). Replace the blower cover.
Figure 15
•The blower may be installed to draw air from
a crawl space or attic if approved by local
building codes (see Figure 16). NOTE:
certain codes require a fire curtain in these
cases.
•Do not draw air from confined areas or from
a garage or area containing fumes or
emissions. The blower inlet must be a
The blower may be placed
in a ventilated crawl space
(if approved by the local
building department).
• Connect the blower duct to the right, left, or bottom of the fireplace. See Figure 17 for an overview.
- Using the Right or Left Side Blower Duct Connection
Remove the side cover plate. Insert the starter section into the blower hook-up hole and bend the locking
tabs outwards, locking the starter section in place (see Figure 17).
- Using the Bottom Blower Duct Connection
Remove the cover plate and pass-through plate on the bottom of the fireplace (both are held in place with
the same 4 screws). Remove the 8-1/2" by 6-1/4" air deflector (flapper) above the cover plate and secure
the starter section to the 6” diameter hole above the air deflector (bend the locking tabs outwards, locking
the starter section in place - see Figure 17). Replace the pass-through plate with the 4 screws removed
earlier (the pass-through plate has a 6-1/2” diameter hole for the duct).
TOP
VIEW
11-3/8"
1-1/2”
Conduit Cover Plate
(On both sides)
Ring for
duct
6"
Hole for
Conduit
Fireplace
Xtrordinair
6" Blower
Hook-Up
Locking Tabs
Wire
Plugs
Start Collar
Flex Duct
Min. 4"
FRAMING
DIMENSIONS:
Snap conduit
connector into the
hole in the top of
the blower housing.
Blower
Housing
11 1/2"
Height: 13"
Width: 11-3/8"
Depth: 11-1/2”
13"
Intake grill
must be
accessible.
Power Source
(120 Volt A.C.)
Figure 17
• Use duct tape and/or screws to attach the flex duct to the starter collar and blower box.
• The blower utilizes a filter that requires periodic cleaning (see Figure 18). Show the homeowner the blower
location and inform them of the need to clean periodically.
Blower
Housing
Filter ScreenFilter
Intake Grill
Remove the four
screws that go into
these holes.
1/4" Nutdriver
Shake the filter to remove any
dirt that may have accumulated.
Figure 18
Blower Electrical Connection
•Connect the electrical supply lead conduit to a 120 Volt, 60 Hz (2 Amp) electrical supply. Use a junction box to
protect the electrical connection (see Figure 17).
•Connect the blower conduit to the blower box by attaching the two molex connectors together. Insert the molex
connectors into the blower box. Then attach the conduit to the blower box by inserting it into the top until it snaps
in place (see Figure 17).
• Do not run either conduit over the top of the fireplace or within 2" of the chimney
• If the blower or power supply is located to the left, the electrical conduit(s) may be directed to the left side of the
fireplace. To do this, remove the conduit cover plate on both sides of the fireplace. Feed the conduit(s) through
the hole on the right side and out the left side (removing the cover allows the conduit to be fed through without
kinking). Switch the cover plates by attaching the right cover plate to the left side and vice-versa.
•The entire chimney system must be installed to meet all local requiments as well as those
requirements listed by the chimney manufacturer. Depending on the manufacturer and where
the chimney is to be installed, chimney supports, roof braces, radiation shields, attic insulation
shields, attic enclosures, spark arrestors, locking bands, etc... may be required as part of the
chimney system. The manufacturer's installation instructions, which are reviewed by the listing
agency, specifies when and where each of these components must be used. Follow the
manufacturer's instructions for the use of flashing and an adjustable storm collar at the roof line
to prevent water from entering the house. Manufacturers require that chimneys extending
beyond a certain height above the roof (frequently above 5') must be braced.
Simpson Duravent Part Numbers (available through Travis Ind.)
•Simpson Duravent chimney requires a starter collar. Attach the starter collar to the top of the
fireplace with four sheet-metal screws (see Figure 19). If the inner pipe is too tight, use a
crimping tool to adjust pipe diameter (see Figure 20). Seal the outer sections of pipe with hightemperature silicone.
• Use the chart below to determine offset dimensions (measured in inches).
Chimney Installation – Non- Simpson Duravent
• Secure the inner and outer chimney liner to the fireplace (see Figure 21).
The three brackets secure the outer
Outer Pipe Brackets
Inner Liner
(ledge along inside accepts
various chimney pipe sizes)
Use sheet metal screws to attach
the brackets to the fireplace and
chimney liner.
chimney liner to the top of the fireplace.
Position the brackets to the appropriate
position before securing.
Connect the inner chimney liner to
fireplace flue with three sheet metal
screws.
Figure 21
•When attaching the chimney to the fireplace, first slide down the inner liner of the chimney pipe into
the inner liner of the fireplace. Certain brands of chimney pipe will stop at the ledge, while others will
insert beyond the ledge. When the chimney pipe is fully seated and aligned, secure the fireplace to
the chimney pipe with three sheet metal screws. Install the outer chimney liner. Once it is properly
aligned, secure using three sheet metal screws. Seal the outer chimney liner with high-temperature
silicone.
system height
(measured from the
base of the
fireplace)
•Maximum 35'
system height
(measured from the
base of the
fireplace)
NOTE: In some
problematic situations,
additional chimney
height above the
specified minimum
may be necessary to
reduce wind-induced
down drafting and back
puffing, or to increase
draft, thereby improving
fireplace operating
characteristics.
3' Min.
2" Min. Air
Space to
Combustibles
2' Min.
Rain Cap
10'
Storm Collar
Flashing
Attic Firestop (with insulation shield)
Chimney must be totally
enclosed when passing
through living space with a
minimum 2" clearance to
•The chimney must terminate a minimum 3' above the roof and 2' above any portion within 10'
(measured horizontally – see Figure 26). This applies to flat and sloped roofs.
•The chimney must have a chimney cap. A spark arrestor may be required in your area (check
with the local building department).
•When using a chase to enclose a chimney, the chimney termination is not required to be 3'
above the chase as long as the chase is above the roof structure. The chimney cap must still
maintain the 2, 3, 10 clearance to any other structure. See the illustration below.
•Chimneys extending beyond a certain height (frequently 5') above the roof may require braces
(check the instructions included with the chimney for details)
Slanted Roofs
Chimney must
extend 3'
above the roof
lat Roofs
Chimney must
extend 3'
above the roof
Chase Installations
6” Min.
Chimney must extend 2'
above any portion of the roof
within 10' of the chimney
Chimney must extend 2'
above any portion of the roof
within 10' of the chimney
NOTE: Artisan faces vary in size. If the facing is over 1” thick (brick, river-rock, etc.) use the
artisan face to create a template.
•The fireplace is shipped with a set-up face that is 1/8" taller and wider than the finished
faceplate. This creates a 1/16” gap around the perimeter of the face when the finished face is
installed. Leave the set-up face in place to act as a template when installing the facing.
•The fireplace requires 1/2" thick concrete-board or other non-combustible to extend from the
header to the base of the fireplace and to the framing members on both sides (do not use
sheetrock or drywall). See Figure 27.
•The non-combustible facing must extend a minimum of 12" above and 2-1/2" to each side of
the faceplate.
• The non-combustible facing must be a minimum 1" thick
• Attach the cement board to the front of the fireplace with screws. Do not penetrate the
fireplace more than 3/4”.
Cement-board must
extend from the header
to the floor and to the
framing members on
both sides.
12" (min.)
2-1/2"
(min.)
Non-combustible
Facing
Keep the set-up face
on the fireplace when
installing the facing.
26Finalizing the Installation (for qualified installers only)
Finalizing the Installation
ACID WASH WARNING Before installing the faceplate, make sure any masonry that has been
treated with acid wash has been properly neutralized (this is used primarily with brick faces). Acid
wash (muriatic acid) is used to remove excess mortar. If not properly neutralized with an ammonia
solution, the gold face may develop a permanent tarnish when the acid evaporates over time.
WOOD SCRAP WARNING Never burn wood scraps in the fireplace. Treated wood breaks down the
catalyst inside the fireplace, decreasing efficiency and increasing emissions.
Remove Set-Up Face
• Remove the set-up face using a phillips screwdriver (see Figure 31).
Use a phillips screwdriver to remove
the 10 screws holding the set-up
face in place.
Phillips
Screwdriver
Figure 31
• Make sure the insulation between the firebox and fireplace can is still in place (see Figure 32).
Zero Clearance Can
Firebox
Before putting on the faceplate, make
sure the insulation is in place and forms
a barrier between the firebox and the
zero-clearance can. Check both sides
and above the firebox.
28Finalizing the Installation (for qualified installers only)
equire t
Install the Faceplate Insulation
Attach the faceplate insulation (included with the fireplace) to the back of the face (see the
illustrations below).
Peel the backing off the double-backed tape on the top
(arched) piece of gasket. Make sure to leave the tape
attached to the gasket (use a knife if necessary).
Attach the gasket onto the back of the face (note how the holes
on the gasket line up with the holes on the face). The 36 is
pictured – the 44 installs in a similar fashion.
Attach the side gaskets in the same fashion, making sure
the holes in the gasket line up with the holes on the face.
Attach the lower gasket in the
same fashion, making sure the
holes in the gasket line up with
the holes on the face.
On the 36 you will need to trim the excess
gasket on the upper corners (the 44 does not
rimming).
r
On the 36 you will
need to trim the
excess gasket on the
lower corners (the 44
does not require
trimming).
30Finalizing the Installation (for qualified installers only)
Switchplate Installation and Blower Check
•Attach the two male quick-connects from the switch plate to the two female quick-connects
leading from the fireplace (see Figure 35). If the optional summer fan switch is being used,
connect the other two quick connects, otherwise tuck the two male quick-connects leading from
the fireplace into the cavity behind the faceplate. Attach the switch plate to the faceplate
using a standard screwdriver (NOTE: the attachment screws are threaded into the faceplate).
Attach the two male quick-connects from the
switch plate to the two female quick-
connects leading from the fireplace.
Lower Right
of Faceplate
Use a standard
screwdriver to attach
the switch plate
These male quick-connects are for the summer fan switch
(connect them together to test if the blower operates).
• Test the blower circuit by following the directions in Figure 36.
the area at the center of
this plate. The blower, if
connected properly,
should start within 30 to 60
seconds.
Figure 36
Page 31
Finalizing the Installation(for qualified installers only)31
T
o
w
a
N
t
A
A
Door Installation
Door Installation
98500470,
98500471,
98500472
b
Check the position of the
doors for horizontal
alignment (the
doors in this picture
are out of
alignment).
Add washers to
the hinge pins
to make the
doors align
horizontally.
Slide the doors into place.
a
Door
Hinge
pin
Figure 37
Door Latch Adjustment
Adjust the door latch, if
necessary to make a snug
fit between the door gasket
and the fireplace.
Adjustments are made to
the door latch by moving
the washers from either
side of the door latch and
tightening the inner nut
against the outer nut.