Lenoxx Electronics CI1000HT, CI2000HT User Manual
,
EPA CERTIFIED
WOOD BURNING
STOVE
INSTALLATION AND OPERATION
MANUAL
Model CI2000HT Shown
RETAIN THESE
INSTRUCTIONS
Spectra Series Wood Stoves
FOR FUTURE
REFERENCE
THIS APPLIANCE MUST BE INSTALLED BY A QUALIFIED INSTALLER. READ
MODELS CI1000HT and CI2000HT
ENTIRE MANUAL THOROUGHLY BEFORE INSTALLATION.
P/N 775
080M; Rev. F, 3/2005
IMPORTANT WARNINGS
PLEASE READ THIS ENTIRE MANUAL BEFORE YOU INSTALL AND USE YOUR NEW ROOM HEATER. FOR
YOUR SAFETY, FOLLOW THE INSTALLATION, OPERATION AND MAINTENANCE INSTRUCTIONS EXACTLY,
WITHOUT DEVIATION. FAILURE TO FOLLOW THESE INSTRUCTIONS MAY RESULT IN PROPERTY DAMAGE,
BODILY INJURY, OR EVEN DEATH. IF THIS APPLIANCE IS NOT PROPERLY INSTALLED, A HOUSE FIRE MAY
RESULT. CONTACT YOUR LOCAL BUILDING OR FIRE OFFICIALS ABOUT RESTRICTIONS AND INSTALLATION INSPECTION REQUIREMENTS IN YOUR AREA.
1. If utilizing an older chimney, it must be inspected
for adequate serviceability. Refer to the heading
Chimney Inspection on page 11 of this manual.
2. The minimum clearances must be maintained for all
combustible surfaces. The following materials
should be kept a minimum of 36 inches (914 mm)
from the heater; furniture, carpet, drapes, clothing,
wood, papers, etc. Do not store firewood within this
clearance space. Failure to maintain clearances to
all combustibles may result in a house fire.
3. This appliance requires floor protection as outlined in this manual (see Floor Protection on
pages 5, 6 and 7).
4. WARNING: improper installation, adjustment, alteration, service or maintenance can cause injury
or property damage. This appliance must be
properly installed or the listing will be void. Installations other than those specifically covered
herein have not been confirmed by test and are
not covered by the listing.
5. Minimum ceiling height must be 5 feet (measured
from base of appliance to ceiling).
6. DO NOT CONNECT THIS UNIT TO A CHIMNEY
FLUE CONNECTED TO ANOTHER APPLIANCE.
7. Do not connect this appliance to air ducts or any
air distribution system.
8. PREVENT CREOSOTE FIRE: Inspect and clean
chimney connector and chimney daily for creosote build-up until experience shows how often
you need to clean to be safe. Under certain conditions of use, creosote buildup may occur rapidly.
Be aware that the hotter the fire the less creosote
is deposited, and weekly cleaning may be necessary in mild weather even though monthly cleaning may be enough in the coldest months. Using
green or inadequately seasoned wood can greatly
increase creosote buildup. Use dry wood to minimize creosote buildup.
9. USE SOLID WOOD FUEL ONLY: This appliance is approved for burning dry seasoned natural wood only.
CAUTION: BURN UNTREATED WOOD ONLY. DO
NOT BURN GARBAGE OR FLAMMABLE FLUIDS
SUCH AS GASOLINE, NAPHTHA OR ENGINE OIL.
10. Never use gasoline, gasoline-type lantern fuel,
kerosene, charcoal lighter fluid, or similar liquids
to start or "freshen up" a fire in this heater. Keep
all such liquids well away from the heater while it
is in use.
11. DO NOT OVERFIRE: If heater or chimney connector glows, you are overfiring. Overfiring this appliance could cause a house fire. Overfiring is a
condition where the appliance is operated at temperatures above its design capabilities. Overfiring
can be caused by improper installation, improper
PAGE 2
operation, lack of maintenance or improper fuel
usage. Do not operate the stove with the doors
open or ajar, as this will produce extreme temperatures within the stove.
overfiring is NOT covered under the manufacturers limited warranty (see Care and Operation,
pages 15 to 20).
12. NEVER LEAVE AN UNATTENDED STOVE BURNING ON HIGH. Operation of the stove with the
primary air draft control at its highest burn rate
setting for extended periods can cause dangerous overfiring conditions. The primary air draft
control should only be positioned at the highest
setting during start-up procedures (see How to
Start and Maintain a Fire on page 16) and for short
durations. When leaving the stove unattended ensure that the primary air draft control is set to the
low or medium low range.
13. It is imperative that the control compartments and
circulating air passageways of the appliance be
kept clean.
14. Use a metal container with a tight fitting lid to dispose of ashes.
15. IN THE EVENT OF A COMPONENT FAILURE, USE
ONLY COMPONENTS PROVIDED BY THE MANUFACTURER AS REPLACEMENT PARTS.
16. Burning any kind of fuel uses oxygen from the
dwelling. Be sure that you allow an adequate
source of fresh air into the room where the stove
is operating (see Ventilation Requirements on
page 12).
17. CAUTION: HOT WHILE IN OPERATION. An appliance hot enough to warm your home can severely
burn anyone touching it. Keep children, clothing
and furniture away. Contact may cause skin
burns. Do not let children touch the appliance.
Train them to stay a safe distance from the unit.
The use of a fireguard is recommended.
18. Do not operate this appliance without the firebox
baffle brick properly installed.
19. Always build wood fires directly on the firebox
grate. Do not use andirons or any other method
to elevate the fire.
20. Do not install these appliances into a Manufactured (Mobile) Home.
21. See the listing label located on the back of stove
(or see Safety/Listing Labels on pages 35 & 36).
22. These appliances are designed as supplemental
heaters. Therefore, it is advisable to have an alternate heat source when installed in a dwelling.
23. SAVE THESE INSTRUCTIONS. Ensure that this
manual remains with the appliance and passed to
the user after installation.
Damage caused from
TABLE OF CONTENTS
Important Warnings ................................................ 2
Testing/Listing, EPA, Using this Manual.................. 3
Planning Your Installation ..................................... 4-9
Installation ........................................................ 10-14
Care and Operation .......................................... 15-20
Recommended Fuel / Wood Storage ............... 19-20
Maintenance ..................................................... 21-23
Troubleshooting ................................................ 23-24
Specifications.................................................... 25-26
Replacement Parts List..................................... 27-33
Optional Accessories ..............................................34
Safety/Listing Labels......................................... 35-36
EPA Labels .............................................................37
Service and Maintenance Log ................................38
TESTING/LISTING
Models CI1000HT and CI2000HT have been Listed to
UL Standard #1482 and ULC-S627 by OMNI-Test Laboratories, Inc.; Beaverton, OR; Report numbers;
CI1000HT #132-S-03-2 and CI2000HT #132-S-05-2.
EPA CERTIFICATION
This heater meets EPA particulate matter (smoke) control requirements for noncatalytic wood heaters built on
or after July 1, 1990.
CONGRATULATIONS ON THE PURCHASE OF YOUR
NEW WOODSTOVE MANUFACTURED BY LENNOX
HEARTH PRODUCTS.
When you purchased your new woodstove, you
joined the ranks of thousands of concerned individuals whose answer to their home heating needs
reflects their concern for aesthetics, efficiency and
our environment. We extend our continued support
to help you achieve the maximum benefit and enjoyment available from your new wood stove.
It is our goal at Lennox Hearth Products to provide
you, our valued customer, with an appliance that will
ensure you years of trouble free warmth and pleasure.
Thank you for selecting a Lennox Hearth Products
stove as the answer to your home heating needs.
Sincerely,
All of us at Lennox Hearth Products
USING THIS MANUAL
Please carefully read and follow all instructions in this
manual before starting the installation. Please pay special attention to the safety instructions provided in this
manual. The Homeowner’s Care and Operation Instructions included here will assure you have many years of
dependable and enjoyable service from your appliance.
PACKAGING LIST
This appliance is packaged with an accessory package,
which contains the following:
One - Installation and Operation Manual
One - Warranty Certificate
One - Wood and Brass, Removable Door Handle (for
opening the ashpan door, firebox door and side
door)
One - Air Control / Ash Pan Removal Tool
One - Fire Poker
Four - Leg Cushions
One - Spray Can of Charcoal Paint
PAGE 3
PLANNING YOUR INSTALLATION
QUESTIONS TO ASK LOCAL BUILDING OFFICIAL
A correct installation is critical and imperative for reducing fire hazards and perilous conditions that can arise
when wood burning appliances are improperly installed.
The installer must follow all of the manufacturers’ instructions. These models are designed as radiant room
heaters and should be used for no other purpose.
The installation of a wood burning appliance must conform to local codes and applicable state and federal
requirements and a building permit must be obtained
before installing. Familiarity with these requirements
before installation is essential. Important considerations
to discuss with local building officials include:
1. Applicable codes (i.e. Uniform Mechanical Code,
State or Regional Codes.)?
2. Local amendments?
3. Is a permit required - cost?
(You may wish to contact your insurance company
to ask if they require this?).
4. Rooms where the installation is not allowed?
SMOKE DETECTORS
Since there are always several potential sources of fire
in any home, we recommend installing smoke detectors. If possible, install the smoke detector in a hallway
adjacent to the room (to reduce the possibility of occasional false activation from the heat produced by the
stove). If your local code requires a smoke detector be
installed within the same room, you must follow the requirements of your local code. Check with your local
building department for requirements in your area.
NOTE – This appliance is NOT
tion into a Manufactured (Mobile) Home.
SELECTING A LOCATION
The design of your home and where you place your
stove will determine its value as a source of heat. A
wood stove depends primarily on air circulation (convection) to disperse its heat, and therefore, a central
location is often best. There are other practical considerations, which must be considered before a final selection of locations is made.
approved for installa-
♦ Existing Chimneys
♦ Wood Storage
♦ Aesthetic Considerations
♦ Roof Design (Rafter Locations & Roof Pitch)
♦ Room Traffic
♦ Proximity to Combustibles
♦ Electrical Wiring
The installation of this stove will require some research.
Once your options are determined, consult with your
local building department who will be able to give you
the necessary installation requirements for your area (Is
a building permit required?, Rooms where installation
may not be allowed?, etc.).
WARNING: CHECK ALL LOCAL BUILDING AND
SAFETY CODES BEFORE INSTALLATION. THE INSTALLATION INSTRUCTIONS AND APPROPRIATE
CODE REQUIREMENTS MUST BE FOLLOWED EXACTLY AND WITHOUT COMPROMISE. ALTERATIONS TO THE STOVE ARE NOT ALLOWED. DO
NOT CONNECT THE STOVE TO A CHIMNEY SYSTEM SERVING ANOTHER STOVE, APPLIANCE, OR
ANY AIR DISTRIBUTION DUCT. FAILURE TO FOLLOW THESE INSTRUCTIONS WILL VOID THE
MANUFACTURERS WARRANTY.
If you plan to vent your stove into an existing masonry
chimney, have it inspected by a local fire marshal or
qualified installer. Remember that a stove's performance is heavily influenced by the chimney and its location on the roof. An oversized flue may not provide effective draw, and a flue liner may be required (see Draft
Requirements on page 12). Consult your dealer or
qualified installer before final selection is made.
This stove requires pre-installation work to be completed before installation can take place. This may include modification for flue and chimney.
The appliance should be inspected before use and the
chimney cleaned at least annually. More frequent cleaning may be required due to poor operation, installation,
or low quality fuel.
CAUTION: THE STOVE BODY IS VERY HEAVY. THE
USE OF A HEAVY DUTY ESCALARA (STAIR STEP
HAND TRUCK) IS RECOMMENDED FOR LIFTING
THE STOVE BODY.
PAGE 4
PLANNING YOUR INSTALLATION – Model CI1000HT
T
aterials
↓
FLOOR PROTECTION
FOR INSTALLATIONS IN THE USA
MODEL CI1000H
The floor protector must meet or exceed the minimum thermal requirements as defined on this page (see Floor Protec-
tion Using Alternate Material As Floor Protector). If the floor
protection is to be stone, tile, brick, etc., it must be mortared
or grouted to form a continuous noncombustible surface. If a
chimney connector extends
horizontally over the floor,
protection must also cover
the floor under the
Top View
0 "
(0 mm)
connector and at least 2"
(51 mm) to either side.
The floor protector must
fully cover the area
beneath the appliance
5.2"
(132 mm)
5.2"
(132 mm)
and extend 18” to the
front, 5.2” to the sides,
and 0” from the back as
18" (457 mm)
shown in the illustration
to the right.
FLOOR PROTECTION
USING ALTERNATE MATERIAL AS FLOOR PROTECTOR
The hearth pad or alternate material used as a floor protector must be constructed of a durable noncombustible material having an equal or better thermal conductivity value
(lower k value) of k = .84 BTU / IN FT
2
HR °F or a thermal
resistance that equals or exceeds r = 1.19 HR °F FT
IN/BTU with a minimum thickness of 1/2”. With these values, determine the minimum thickness of the alternate material required using the formula(s) and the table shown
here (see chart – Approved Alternative Materials for Floor
Protection).
Note: Any noncombustible material having a thickness of
1/2” (13 mm) whose k value is less than .84 or whose r
value is more than 1.19 is acceptable. If the alternate material used has a higher k value or lower r value will require a
greater thickness of the material used. In some cases, if the
k value is less or the r value higher, a thinner material may
be used.
Methods of determining floor protection equivalents:
To determine the thickness required for the alternate material when either the k value or r value is known, use either
the k formula
or r formula:
Example: Durock Cement Board is to be used for the floor
protection. How thick must this material be? The following
formulas
required.
T
M
give the means of determining minimum thickness
= minimum thickness required for alternate material
kM = k value per inch of alternate material
TL = minimum thickness of listed material
rM = r value per inch of alternate material
Using the k formula
Desired Thickness k value of desire Minimu
of the alternate = material (per inch)
material k value of listed of listed
material (per inch) material
(inches) = kM x TL
T
M
.84
:
x thickness
TM (inches) = 1.92 x 1/2”
.84
Answer using k: 2.286 x 0.50” = 1.143 = ~ 1 9/64”
1 9/64” thickness Durock Cement Board will be required.
Using the r formula:
TM (inches) = 1.19 x TL
r
T
.52
Answer using r: 2.288 x 0.50” = 1.143 = ~ 1 9/64”
1 9/64” thickness Durock Cement Board will be required.
At times it is important to know what combination of materials are
acceptable for use as floor protection. The “R values” are used to
determine acceptable combinations of materials because “R values” are additive where r and k values are not.
“R value” = 1
k
Example: “R value” = 1/k
that the required “R value” for a suitable floor protector used must be
equal to or greater than:“R” = r x T
2
Note: To convert inches to millimeters divide by .03937.
(*) After minimum thickness is calculated, the thickness can
be no less than 1/2” (13mm).
(**) If the floor protector to be used is a noncombustible material and is NOT listed on this chart on this page, the manufacturer of the material must provide either the listed k-value
per inch or r-value per inch and the minimum thickness will
need to be calculated per instructions on this page.
M
(inches) = 1.19 x .5”
M
= r x thickness of material used
= r x thickness of material used. Given
= 1.19 x .5” = .60.
L
Listed Material
Listed Material Thermal Values Listed Min.
Listed Material → .84 1.19 1/2”
k (per inch) r (per inch) T
Thickness
L
Approved Alternate Materials for Floor Protection (**)
Alternative
M
k (per inch) r ( per i nch) TM
Kaowool M Board .47 2.13 * 1/2”
Micore 160 .35 2.86 * 1/2”
Micore 300 .46 2.18 * 1/2”
Durock Cement Board 1.92 .52 1 3/16”
Hardibacker 1.95 .51 1 3/16”
Hardibacker 500 2.30 .44 1 3/8”
Cultered Stone
Hearthstone
Wonderboard 3.23 0.31 1 15/16”
Face brick 9.00 0.11 5 3/8”
Common brick 5.00 0.20 3”
Cement mortar 5.00 0.20 3”
Ceramic tile 12.5 .08 7 ½”
Marble ~20.0 ~.05 11 15/16”
Thermal Values * Minimum
Thickness
2.82 .35 1 11/16”
PAGE 5
PLANNING YOUR INSTALLATION – Model CI1000HT
T
aterials
↓
FLOOR PROTECTION
FOR INSTALLATIONS IN CANADA
MODEL CI1000H
The floor protector must meet or exceed the minimum thermal requirements as defined on this page (see Floor Pro-
tection Using Alternate Material As Floor Protector). If the
floor protection is to be stone, tile, brick, etc., it must be
mortared or grouted to form a continuous noncombustible
surface. If a chimney connector extends horizontally over
the floor, protection
must also cover the
floor under connector
and at least 2" (51
mm) to either side.
Top View
8" (203 mm)
The floor protector must
fully cover the area
beneath the appliance
8"
(203 mm)
8"
(203 mm)
and extend 18” to the
front, 8” to the sides,
and 8” from the back as
18" (457 mm)
shown in the illustration
to the right.
FLOOR PROTECTION USING ALTERNATE MATERIAL
AS FLOOR PROTECTOR
The hearth pad or alternate material used as a floor protector must be constructed of a durable noncombustible
material having an equal or better thermal conductivity
value (lower k value) of k = .84 BTU / IN FT
thermal resistance that equals or exceeds r = 1.19 HR °F
2
IN/BTU with a minimum thickness of 1.45”. With these
FT
2
HR °F or a
values, determine the minimum thickness of the alternate
material required using the formula(s) and the table
shown here (see chart – Approved Alternative Materials
for Floor Protection).
Note: Any noncombustible material having a thickness of
1.45" (37 mm) whose k value is less than .84 or whose r
value is more than 1.19 is acceptable. If the alternate material used has a higher k value or lower r value will require a greater thickness of the material used. In some
cases, if the k value is less or the r value higher, a thinner
material may be used.
Methods of determining floor protection equivalents:
To determine the thickness required for the alternate material when either the k value or r value is known, use either the k formula
or r formula:
Example: Durock Cement Board is to be used for the
floor protection. How thick must this material be? The following formulas
thickness required.
= minimum thickness required for alternate material
T
M
give the means of determining minimum
kM = k value per inch of alternate material
TL = minimum thickness of listed material
rM = r value per inch of alternate material
Using the k formula
Desired thickness k value of desire Minimum
of the alternate = material (per inch)
material k value of listed of listed
material (per inch) material
TM (inches) = k
.84
:
x TL
M
x thickness
TM (inches) = 1.92 x .1.45”
.84
Answer using k: ~2.287 x ~1.45” = ~ 3.316” = ~ 3 5/16”
~ 3 5/16” thickness Durock Cement Board will be required.
Using the r formula:
TM (inches) = 1.19 x TL
r
T
M
.52
Answer using r: ~2.287 x 1.45” = ~3.316 =~ 3 5/16”
~ 3 5/16” thickness Durock Cement Board will be required.
At times it is important to know what combination of materials are
acceptable for use as floor protection. The “R values” are used to
determine acceptable combinations of materials because “R values” are additive where r and k values are not.
“R value” = 1
k
Example: “R value” = 1/k = r x thickness of material used. Given that
the required “R value” for a suitable floor protector used must be equal to
or greater than:“R” = r x T
Listed Material Thermal Values Listed Min.
Listed Material → .84 1.19 1.45”
Alternative
M
k (per inch) r ( per i nch) TM
Kaowool M Board .47 2.13 * 1.45”
Micore 160 .35 2.86 * 1.45”
Micore 300 .46 2.18 * 1.45”
Durock Cement Board 1.92 .52 3.5/16”
Hardibacker 1.95 .51 3 3/8”
Hardibacker 500 2.30 .44 4”
Cultered Stone
Hearthstone
Wonderboard 3.23 0.31 5 9/16”
Face brick 9.00 0.11 15 9/16”
Common brick 5.00 0.20 8 5/8”
Cement mortar 5.00 0.20 8 5/8”
Ceramic tile 12.5 .08 21 9/16”
Marble ~20.0 ~.05 34 9/16”
Note: To convert inches to millimeters divide by .03937.
(*) After minimum thickness is calculated, the thickness can be
no less than 1.45” (36.8mm).
(**) If the floor protector to be used is a noncombustible material and is NOT listed on this chart on this chart, the manufacturer of the material must provide either the listed k-value per
inch or r-value per inch and the minimum thickness will need to
be calculated per instructions on this page.
PAGE 6
M
(inches) = 1.19 x .1.45”
= r x thickness of material used
= 1.19 x 1.45” = ~ 1.73.
L
Listed Material
k (per inch) r (per inch) T
Approved Alternate Materials for
Floor/Hearth Protection (**)
Thickness
L
Thermal Values * Minimum
2.82 .35 4 7/8”
Thickness
PLANNING YOUR INSTALLATION– Model CI2000HT
aterials
↓
a
a
FLOOR PROTECTION
FOR INSTALLATIONS IN THE USA & CANADA
The floor protector must meet or exceed the minimum thermal requirements as defined on this page (see Floor Protec-
tion Using Alternate Material As Floor Protector). If the floor
protection is to be stone, tile, brick, etc., it must be mortared
or grouted to form a continuous noncombustible surface. If a
chimney connector extends horizontally over the floor, protection must also cover the floor under the connector and at
least 2" (51 mm) to
either side.
The floor protector
must fully cover the
area beneath the
appliance and extend
18” to the front, 5”USA and 8”-Canada
to the sides, and 0”USA and 8”-Canada
from the back as
shown in the illustration to the right.
FLOOR PROTECTION USING ALTERNATE MATERIAL AS
FLOOR PROTECTOR
The hearth pad or alternate material used as a floor protector must be constructed of a durable noncombustible material having an equal or better thermal conductivity value
(lower k value) of k = .84 BTU / IN FT
resistance that equals or exceeds r = 1.19 HR °F FT
with a minimum thickness of 1/2”. With these values, determine the minimum thickness of the alternate material required using the formula(s) and the table shown here (see
chart – Approved Alternative Materials for Floor Protection).
Note: Any noncombustible material having a thickness of
1/2” (13 mm) whose k value is less than .84 or whose r value
is more than 1.19 is acceptable. If the alternate material
used has a higher k value or lower r value will require a
greater thickness of the material used. In some cases, if the
k value is less or the r value higher, a thinner material may
be used.
Methods of determining floor protection equivalents:
To determine the thickness required for the alternate material when either the k value or r value is known, use either
the k formula
or r formula:
Example: Durock Cement Board is to be used for the floor
protection. How thick must this material be? The following
formulas
required.
T
M
give the means of determining minimum thickness
= minimum thickness required for alternate material
kM = k value per inch of alternate material
TL = minimum thickness of listed material
rM = r value per inch of alternate material
Using the k formula
Desired thickness k value of desire Minimum
of the alternate = material (per inch)
material k value of listed of listed
material (per inch) material
(inches) = k
T
M
.84
MODEL CI2000HT
Canad
8"/203mm
USA
5" / 127 mm
:
x TL
M
Top View
USA & Canada
18" (457 mm)
2
HR °F or a thermal
x thickness
0" / 0 mm USA
8" / 203mm Canada
Canad
8"/203mm
USA
5" / 127 mm
2
IN/BTU
PAGE 7
T
(inches) = 1.92 x 1/2”
M
.84
Answer using k: 2.286 x 0.50” = 1.143 = ~ 1 9/64”
~1 9/64” thickness Durock Cement Board will be required.
Using the r formula:
(inches) = 1.19 x TL
T
M
r
(inches) = 1.19 x .5”
T
M
.52
M
Answer using r: 2.288 x 0.50” = 1.143 = ~ 1 9/64”
~1 9/64” thickness Durock Cement Board will be required.
At times it is important to know what combination of materials
are acceptable for use as floor protection. The “R values” are
used to determine acceptable combinations of materials because “R values” are additive where r and k values are not.
“R value” = 1
k
= r x thickness of material used
Example: “R value” = 1/k = r x thickness of material used. Given
that the required “R value” for a suitable floor protector used must be
equal to or greater than:“R” = r x T
= 1.19 x .5” = .60.
L
Listed Material
Listed Material Thermal Values Listed Min.
Listed Material → .84 1.19 1/2”
k (per inch) r (per inch) T
Thickness
L
Approved Alternate Materials for Floor Protection (**)
Alternative
M
k (per inch) r ( per i nch) TM
Kaowool M Board .47 2.13 * 1/2”
Micore 160 .35 2.86 * 1/2”
Micore 300 .46 2.18 * 1/2”
Durock Cement Board 1.92 .52 1 3/16”
Hardibacker 1.95 .51 1 3/16”
Hardibacker 500 2.30 .44 1 3/8”
Cultered Stone
Hearthstone
Wonderboard 3.23 0.31 1 15/16”
Face brick 9.00 0.11 5 3/8”
Common brick 5.00 0.20 3”
Cement mortar 5.00 0.20 3”
Ceramic tile 12.5 .08 7 ½”
Marble ~20.0 ~.05 11 15/16”
Thermal Values * Minimum
Thickness
2.82 .35 1 11/16”
Note: To convert inches to millimeters divide by .03937.
(*) After minimum thickness is calculated, the thickness can
be no less than 1/2” (13mm).
(**) If the floor protector to be used is a noncombustible material and is NOT listed on this chart on this chart, the manufacturer of the material must provide either the listed k-value
per inch or r-value per inch and the minimum thickness will
need to be calculated per instructions on this page.
PLANNING YOUR INSTALLATION– Model CI1000HT
E
MODEL CI1000HT
COMBUSTIBLE WALL CLEARANCE – USA & Canada
WARNING: It is very important that you observe the
minimum clearances.
There are listed clearances for your stove which were
determined in a Laboratory test using various "classes"
of stove pipe or chimney. Minimums are first established for the stove itself and increased based on how
much heat is transferred by each class of pipe.
Position the unit no closer than the minimum clearances
to combustible materials. Check that no overhead
cross members in the ceiling or roof will be cut. Reposition unit if necessary being careful not to move closer
than the minimum clearances.
Minimum Ceiling Height – 7 feet / 2133mm from floor
to ceiling.
SINGLE WALL PIPE WITHOUT
Using single wall 24 MSG black or 25 MSG blued steel
connector pipe with factory-built chimney listed to either
UL 103HT or ULC S629.
Minimum Clearances (inches)
A. 27 1/2" / 699mm D. 24" / 610mm
B. 27" / 686mm E. 18" / 457mm
C. 27" / 686mm F. 19" / 483mm
G. 35 3/16” / 894 mm (this is a reference dimension only)
SINGLE WALL PIPE WITH
CLEARANCE
Using single wall 24 MSG black or 25 MSG blued steel
connector pipe with factory-built chimney listed to either
UL 103HT or ULC S629. The use of a pipe shield for 6"
connector with 1" clearance to the pipe is mandatory.
Minimum Clearances (Inches)
A. 21 1/2" / 546mm D. 18" / 457 mm
B. 27" / 686mm E. 18" / 457mm
C. 19" / 483mm F. 11" / 279mm
G. 23 7/8” / 606 mm (this is a reference dimension only)
PROTECTED WALL CLEARANCE
Some local codes will allow reduced clearances when the
stove is installed adjacent to a protected wall system. The
variance must be approved by your local building official.
Normally, the protected wall system is defined as a noncombustible material with a minimum of 1" air space behind. Check your local building codes or with a qualified
installer (Ref. NFPA 211).
PIPE SHIELD
PIPE SHIELD / REDUCED
Parallel Installation
D
B
Corner Installation
G
F
• MODEL CI1000HT IS NOT APPROVED FOR USE
WITH DOUBLE WALL PIPE.
• DO NOT INSTALL THE CI1000HT INTO AN AL-
COVE OR A CONFINED SPACE. This unit has
not been tested or approved for installation into
a confined space such as an alcove (see the national standard below).
NFPA 211-96, 9-2.2: (Applies to Solid Fuel Burn-
ing Appliances, which are not alcove tested) Solid fuel-burning appliances shall not be installed in confined spaces. The space or room
shall be of ample size to allow adequate circulation of heated air. Appliances shall be so located as not to interfere with the proper circulation of air within the heated space.
A
C
PAGE 8
PLANNING YOUR INSTALLATION– Model CI2000HT
MODEL CI2000HT
COMBUSTIBLE WALL CLEARANCE – USA & Canada
WARNING: It is very important that you observe the
minimum clearances.
There are listed clearances for your stove which were
determined in a Laboratory test using various "classes"
of stove pipe or chimney. Minimums are first established
for the stove itself and increased based on how much
heat is transferred by each class of pipe.
Position the unit no closer than the minimum clearances
to combustible materials. Check that no overhead cross
members in the ceiling or roof will be cut. Reposition
unit if necessary being careful not to move closer than
the minimum clearances.
SINGLE WALL PIPE (Not approved for alcove installations) Using single wall 24 MSG black or 25 MSG
blued steel connector pipe with factory-built chimney
listed to either UL 103HT or ULC S629.
Minimum Clearances (inches)
A. 18" / 457mm D. 13" / 330mm
B. 32" / 813mm E. 20" / 508mm
C. 27" / 686mm F. 16" / 406mm
G. 35 3/16” / 894 mm (this is a reference dimension only)
DOUBLE WALL PIPE (For alcove installations,
clearances "C" and "F" are not applicable) Use listed
double wall chimney connector or Type L vent pipe to
the top of the stove.
Minimum Clearances (Inches)
A. 14 1/2" / 368mm D. 10" / 254mm
B. 28 1/2" / 724mm E. 17" / 432mm
C. 18" / 457mm F. 7" / 178mm
Minimum Ceiling Height for Single wall pipe and
double wall pipe installations and Alcove Installations – 60" / 1524mm from floor to ceiling and 29" /
737mm from stove top to ceiling.
ALCOVE INSTALLATION CLEARANCES
Alcove Installations Require Double Wall Pipe Only
Use listed double wall chimney connector or Type L
vent pipe to the top of the stove.
Minimum Clearances (Inches)
A. 14 1/2" (368 mm) D. 10" (254 mm)
B. 28 1/2" (724 mm) E. 17" (432 mm)
C. N/A F. N/A
Note: Alcove clearances cannot
wall protection. Maximum alcove depth must be no
more than 48" (1220 mm).
be reduced using
Parallel & Alcove Installations
D
B E
A
Corner Installation
C
G
F
PROTECTED WALL CLEARANCE
Some local codes will allow reduced clearances when the
stove is installed adjacent to a protected wall system. The
variance must be approved by your local building official.
Normally, the protected wall system is defined as a non- combustible material with a minimum of 1" air space behind.
Check your local building codes or with a qualified installer
(Ref. NFPA 211).
PAGE 9
INSTALLATION
INSTALLING LEG PADS
The four leg pads (included in accessory package), are
provided for placement under the four legs.
TYPES OF CHIMNEYS
The unit must be connected to either a code-approved
masonry chimney with a flue liner, or a 6 inch diameter
factory-built chimney complying with the requirements for
Type HT chimneys in the standard UL 103.
The chimney is a vital part of your stove installation. A
properly built masonry chimney or a properly installed
factory-built chimney will assure a consistent draft under
a variety of weather conditions (a smoking stove is usually caused by a chimney problem). The stove flue size is
6 inches diameter, which is approximately 28 square
inches minimum. The maximum flue size should be no
more than (3)-three times the cross sectional area of the
size of the stove flue collar. In this case, that would be no
larger than an 10-inch diameter stack, or approximately
85 square inches maximum.
All chimneys must be installed as specified by local
building codes and according to the chimney manufacturer instructions (in the case of a factory-built chimney).
See the chimney manufacturer instructions for exact
specifications. Factory-built chimneys must comply with
UL 103HT or ULC S629. A chimney connector shall not
pass through an attic or roof space, closet or similar concealed space, or a floor, or ceiling. Where passage
through a wall, or partition of combustible construction is
desired, the installation shall conform to CAN/CSA-B365,
Installation Code for Solid-Fuel-Burning Appliances and
Equipment.
Factory
Built
Chimney
Tile-lined
Masonry
ACCEPTABLE CONNECTOR PIPE FOR INSTALLATIONS
When Using Single Wall Pipe:
ameter, single wall, 24 MSG black steel or 26 MSG
blued steel connector pipe on the flue collar of the unit.
When installing pipe, the crimped ends of the pipe
should all point down. Position all seams toward the
back for aesthetics. Three (3) pre-drilled holes are provided in the flue collar for fastening the pipe securely to
the stove. Use sheet metal screws to do this. Additional
sections of single wall pipe should be fastened together
with at least three (3) sheet metal screws each section.
All pipe connections must be sealed (ie. high temperature silicone). When connecting to the factory-built ceiling
support package, use the manufacturer's transition
piece, usually called a dripless connector, to join single
wall pipe to their factory-built chimney section.
Chimney
Install a six (6) inch di-
When Using Approved Double Wall Pipe (Approved
for Model CI2000HT Only): Type L and listed double
wall connector pipe is acceptable. Install any factory-built
brand of pipe according to the manufacturer's instructions. All pipe connections must be sealed (ie. high temperature silicone).
Minimum / Maximim Flue Diameter
Minimum 6", Maximum 10"
Chimney Connector Adapter
tor adapter to connect the chimney connector up to the
chimney. The small ends of the chimney connector
should all point down for a drip free installation. Position
all seams toward the back for aesthetics. The chimney
connector must be 6-inch diameter.
Secure adjoining sections of chimney connector to each
other using three equally spaced sheet metal screws.
Secure the connector pipe to flue collar using three
equally spaced sheet metal screws. DO NOT secure
chimney connector to chimney with screws.
Connection To A Factory-built Chimney
heater is to be connected to a factory-built chimney conforming to CAN / ULC – S629, Standard for 650°C Factory-Built Chimneys. All pipe connections must be sealed
(ie. high temperature silicone).
For Reduced Residential Clearances Using Double
Wall Pipe (Approved for Model CI2000HT Only): Type
L and listed double wall connector pipe is acceptable.
Install any factory-built brand of pipe according to the
manufacturer's instructions.
Vapor Barrier at Chimney Penetration
Install all venting components per the Vent Manufacturers installation instructions. Ensure that there is an effective vapor barrier at the location where the chimney
penetrates to the exterior of the structure. This can be
accomplished by applying a non-hardening waterproof
sealant to the following components:
• Around the chimney at the point where the storm
collar will meet the chimney just above the Flashing.
• Along the vertical seam of the chimney pipe, where it
is exposed to the weather.
• On each nail head on the flashing.
• Around the chimney at the point where the storm
collar will meet the chimney just above the flashing.
Notes:
• On a flat or tarred and graveled roofs, nail and seal
the flat roof flashing to the roof on all sides with roofing compound.
• Do not put screws through the flashing into the chim-
ney pipe.
:
- Use a chimney connec-
- This space
PAGE 10
INSTALLATION
CHIMNEY INSPECTION
Existing chimneys must be inspected before installing
your stove. Consult your local building department for
chimney code requirements. A masonry chimney must
have a code approved liner. This liner must not have
broken or missing pieces. Some non-code masonry
chimneys may be brought up to code by being relined.
(Consult your dealer or qualified chimney sweep).
Factory-built chimneys should also be inspected, first
for creosote deposits (which should be removed), and
then for integrity of the stainless steel liner. Look for
obvious bulges in the lining, which may indicate the
need to replace that section (use a bright flashlight).
Also, inspect the attic to see that the chimney has
proper clearance to combustible framing members. For
interior masonry chimneys and most factory-built chimneys, this must be a (2) two inch air space clearance,
which must not be filled with insulation or any other
material. An exterior masonry chimney must have a (1)
one-inch air space clearance.
CHIMNEY HEIGHT REQUIREMENTS
The chimney must extend 3 feet above the level of roof
penetration and a minimum of 2 feet higher than any
roof surface within 10 feet (see below). Check with
your local building officials for any additional requirements for your area.
Due to prevailing winds, local terrain, adjacent tall
trees, a hill, or ravine near the home, or adjacent structures, additional chimney height or a special chimney
cap may be required to ensure optimum performance.
The 10’ by 2’ Rule for Vent Termination
Requires A Listed
Termination Cap
2’ (610mm)
10’ (305 cm)
The top of the flue must be 2’ (610 mm) higher than
any part of the roof within 10’ (305 cm) horizontal and a
minimum of 3’ (915 mm) higher than the highest point of roof
penetration.
3’ (915mm)
SPECIAL NOTE:
The installation of a barometric damper is recommended
for all freestanding stoves in areas that may have high
winds, which can effect the draft. The installation must be
only in units with a newly constructed chimney, free of
creosote deposits. The barometric damper is an automatic
device designed to regulate the draft in a heating appliance, which in turn, stabilizes the chimney temperatures,
lessening the potential of over-firing. Do not place the
barometric damper greater than 24 inches (610 mm) above
the unit. Excessive draft will lead to poor control of the
burning rate and possible over-firing of the stove and damage to the cast iron firebox. Most barometric dampers are
calibrated in inches of water column and can be set to draft
requirements of -.03 to -.08 inches (-7.5 to -20 Pa). It is
recommended that the barometric dampers to be set between -.05 and -.06 inches.
THE RECOMMENDED DRAFT REQUIREMENTS FOR
THESE APPLIANCES IS NO LESS THAN -.05 AND NO
GREATER THAN -.06. OPERATION OF YOUR STOVE
WITH A DRAFT GREATER THAN -.06 CAN POSSIBLY
CAUSE DAMAGE TO THE STOVE AND VOID THE
WARRANTY.
Fire intensity is a function of several factors. One of these
factors is DRAFT. Normally, increasing draft increases fire
intensity. Conversely, increasing the fire intensity will increase draft. Draft can also be affected by external factors
such as wind strength and direction, outside temperature,
airflow in or out of the structure, and so forth. If one of
these factors changes, the draft of a low-burning appliance
may increase. This increased draft may cause dangerously high temperature to develop, possibly causing failure
of the unit or flue, or ignition of nearby combustibles. Closing down the combustion airflow ("Primary Air Draft Control") may not guarantee that this will not happen.
CAUTION: MANY STRUCTURE FIRES HAVE RESULTED WHEN A SLOW BURNING FIRE HAS BEEN
LEFT UNATTENDED FOR ANY EXTENDED PERIOD OF
TIME. THESE FIRES NORMALLY OCCUR BECAUSE
COMBUSTIBLE MATERIALS CLOSE TO AN APPLIANCE BECOME HEATED TO THE IGNITION POINT BY
AN OVERFIRED APPLIANCE WHICH THE OPERATOR
THOUGHT WAS SAFETY "THROTTLED DOWN."
PAGE 11
INSTALLATION
DRAFT REQUIREMENTS
The appliance is merely one component of a larger
system. The other equally important component is the
venting system which is necessary for achieving the
required flow of combustion air to the fire chamber and
for safely removing unwanted combustion byproducts
from the appliance. If the venting system's design does
not promote these ends, the system may not function
properly. Poorly functioning venting systems may create performance problems (i.e. smoking stove, poor
heat output, fire goes out, window blackens, increased
creosote buildup, etc.) as well as be a safety hazard.
Some factors that may lead to performance problems
are as follows:
• Oversized or undersized chimney.
• Excessive offsets in venting.
• Insufficient vertical height of chimney.
• Insufficient chimney termination height in relation-
ship to roof.
• Insufficient ventilation.
• Lack of maintenance.
• Improper operation.
• Burning improper fuel (unit is approved for use with
natural dry well-seasoned wood only).
• Down drafts in the chimney (may need a special wind
cap).
To ensure that the venting system is functioning properly a draft test should be performed (see Draft Test
Procedure on this page).
American National Standards Institute ANSI/NFPA
211-96: A chimney or vent shall be so designed and
constructed to develop a flow sufficient to completely
remove all flue and vent gases to the outside atmosphere. The venting system shall satisfy the draft requirements of the connected appliance in accordance
with the manufacturer instructions.
DRAFT TEST PROCEDURE
After this appliance is installed a draft test should be
performed to ensure proper draft. A qualified technician should perform the draft test procedure as follows:
1) Close all windows and doors in the dwelling.
2) Turn on or operate all appliances which remove air
from the home (such as a furnace, heat pump, air
conditioner, clothes dryer, exhaust fans, fireplaces,
and other fuel burning appliances).
3) Drill a hole in the vent pipe per the draft gauge manufacturers instructions (to create a draft test port). Note:
Hole location should be a minimum of 1 foot above flue
outlet collar.
4) Start a fire (See How To Start And Maintain A Fire on
page 16).
5) After the fire is well established (20-25 minutes) and
burning at a low setting, perform the draft test per the
gauge manufacturer instructions. The draft gauge
should read between .05 and .06” W.C. (inches water column). Excessive draft (above .06 W.C.I.) can result in too
much combustion air to be pulled into the firebox, this will
produce hotter burns and could result in overfiring. Too little draft (below .05” W.C.) will not allow enough combustion air delivery to maintain a fire well or cause performance problems such as smoking (this may result in improper operation of appliance, i.e. will not maintain fire well
unless ash drawer or fuel door is left open).
6) Install a screw to seal the draft test port in the vent pipe. If
the draft test reading was not within the required range,
correct the installation and repeat this procedure.
VENTILATION REQUIREMENTS / PROVIDE ADEQUATE
AIR FOR COMBUSTION
THE FRESH AIR REQUIREMENTS OF THIS APPLIANCE MUST BE MET WITHIN THE SPACE WHERE IT
WILL BE INSTALLED. VENTILATION IS ESSENTIAL
WHEN USING A SOLID FUEL BURNING HEATER.
In well insulated and weather tight homes, it may be difficult to establish a good draft up the chimney (caused by a
shortage of air in the home). The lack of air is caused by
many common household appliances which exhaust air
from the home (such as a furnace, heat pump, air conditioner, clothes dryer, exhaust fans, fireplaces, and other
fuel burning appliances). Also, the combustion process of
this heater uses oxygen from inside the dwelling. If the
available fresh air delivery in the dwelling is insufficient to
support the demands of these appliances, problems can
result (i.e. excessive negative pressure can develop in the
dwelling which will affect the rate at which this appliance
can draft thus resulting in performance problems; See
Draft Requirements on this page). To correct this problem
it may help to open a window (preferably on the windward
side of the house) or install a vent to provide make-up air
into the dwelling.
PAGE 12
Loading...