Jøtul F 602 CB User manual

Jøtul F 602 CB
Non-catalytic Wood Heater
Jøtul F 602 CB
Installation and Operating Instructions
for the United States and Canada
The Jøtul F 602 CB non-catalytic stove is
listed to burn solid wood only. Do not
burn any other fuels.
Read this entire manual before you
install and use this appliance.
Save these instructions for future
reference and make them available to
anyone using or servicing the fireplace
insert.
This wood heater requires periodic
inspection and repair for proper
operation. See this manual for specific
maintenance information. It is against
federal regulations to operate this
wood heater in a manner inconsistent
with the operating instructions in this
owner’s manual.

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F 602 CB 139677_R04 April 2017
NOTE: It is normal for a new, painted stove
to emit odor and smoke during initial fires,
depending on temperatures over time. This is
caused by the curing of the high temperature
paint and manufacturing materials. This
condition can be alleviated by opening
a window or door to provide additional
ventilation.
Table of Contents
Combustion Specifications,
Building Codes, .................................................................3
1.0 Safety Notices ................................................................3
2.0 Initial Assembly
2.1 Inspect Contents................................................................... 4
2.2 Flue Collar Reversal .............................................................. 4
3.0 Installation
3.1 Chimney Connection .......................................................... 4
3.2 Wall Pass-throughs .............................................................. 4
3.3 Chimney Requirements ...................................................... 5
3,4 Hearthmount to a Fireplace .............................................. 5
3,5 Factory-built Prefabricated Chimney .............................. 5
4.0 Clearances Requirements
4.1 Floor Protection..................................................................... 6
4.2 Alternate Floor Protection.................................................. 6
4.3 Clearances to Combustible Materials ............................. 6
4.4 Rear Heat Shield.................................................................... 6
4.5 Wall Protection ..................................................................... 6
4.6 Alcove Clearances................................................................. 6
4.7 Fireplace Mantel and Trim Clearances ............................ 6
5.0 Operation
5.1 Combustion Efficiency......................................................... 7
5.2 CO Emissions ......................................................................... 7
5.3 Wood Fuel and Performance ............................................. 7
5.4 Air Flow and Control ............................................................ 7
5.5 Break-in Procedure ............................................................... 8
5.6 Top-down Fire Starting ....................................................... 8
5.7 Adding Fuel ........................................................................... 9
5.8 Open Door Fire-viewing...................................................... 9
5.9 Ash Removal........................................................................... 9
6.0 Maintenance
6.1 Glass Care ............................................................................... 10
6.2 Glass Removal ....................................................................... 10
6.3 Gaskets.................................................................................... 10
6.4 General Inspection............................................................... 10
6.5 Chimney System ................................................................... 10
7.0 Illustrations
7.1 Clearance Chart ..................................................................... 11
7.2 Figures ..................................................................................... 12
8.0 Part List .........................................................................17
9.0 Appendix A - Alternate Floor Protection ........................ 17
10.0 Warranty ............................................................................. 18
Standards
The Jøtul F 602 CB solid fuel heater has been tested and
listed to :
U.S. Standards: ANSI/UL 737 and ANSI/UL 1482.
Canadian Standards:
CAN/ULC-S627-M00 and CAN/ULC-S628-M93
Certified Safety Tests performed by:
Intertek Testing Services, Middleton,
Wisconsin U.S.A.
Manufactured by:
Jøtul North America, Inc.
55 Hutcherson Drive
Gorham, Maine 04038, USA
and
Jøtul AS, P.O. Box 1411, Fredrikstad, Norway
This heater meets the 2015 U.S. Environmental
Protection Agency’s emission limits for wood
heaters manufactured after May 15, 2015.
This heater may not to be sold after May 15, 2020.
WARNING !
THIS WOOD HEATER HAS A MANUFACTURER-SET
MINIMUM LOW BURN RATE THAT MUST NOT BE
ALTERED. IT IS AGAINST FEDERAL REGULATIONS TO
ALTER THIS SETTING OR OTHERWISE OPERATE THIS
WOOD HEATER IN A MANNER INCONSISTENT WITH
OPERATING INSTRUCTIONS IN THIS MANUAL.
THE JØTUL F 602 CB IS NOT APPROVED FOR USE IN
MOBILE HOMES.

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F 602 CB 139677_R04 April 2017
1.0 Safety Notices
• BURN SOLID, NATURAL WOOD FUEL ONLY. DO NOT BURN ANY
OTHER FUEL.
• DO NOT USE CHEMICALS OR FLUIDS TO START A FIRE. DO NOT
BURN GARBAGE OR FLAMABLE FUELS.
• DO NOT USE A GRATE OR ELEVATE THE FIRE. BUILD THE FIRE
DIRECTLY ON THE HEARTH.
• IF THIS ROOM HEATER IS NOT PROPERLY INSTALLED, A HOUSE
FIRE MAY RESULT. TO REDUCE THE RISK OF FIRE, FOLLOW THE
INSTRUCTIONS IN THIS MANUAL. FAILURE TO FOLLOW THESE
INSTRUCTIONS MAY RESULT IN PROPERTY DAMAGE, BODILY
INJURY, OR LOSS OF LIFE.
• CONTACT LOCAL BUILDING OR FIRE OFFICIALS ABOUT
RESTRICTIONS AND INSTALLATION INSPECTION REQUIREMENTS
IN YOUR AREA.
• ANY EXISTING CHIMNEY SYSTEM MUST BE INSPECTED BEFORE
INSTALLATION OF THIS APPLIANCE.
• DO NOT CONNECT THIS STOVE TO ANY AIR DISTRIBUTION DUCT
OR SYSTEM.
• EXTREMELY HOT WHILE IN OPERATION! KEEP CHILDREN,
CLOTHING, AND FURNITURE AWAY. CONTACT WILL CAUSE SKIN
BURNS. USE A CHILD GUARD SCREEN TO PREVENT ACCIDENTAL
CONTACT BY SMALL CHILDREN.
• INSTALL SMOKE DETECTORS IN THE LIVING AREA AND
BEDROOMS OF YOUR HOME. TEST THEM REGULARLY AND
INSTALL FRESH BATTERIES TWICE ANNUALLY.
WHEN INSTALLED IN THE SAME ROOM AS THE STOVE, A SMOKE
OR CARBON MONOXIDE DETECTOR SHOULD BE LOCATED AS
FAR FROM THE STOVE AS POSSIBLE TO PREVENT THE ALARM
SOUNDING WHEN ADDING FUEL.
• DO NOT OPERATE THIS APPLIANCE WITH CRACKED OR BROKEN
GLASS.REPLACE GLASS ONLY WITH JØTUL PART NUMBER 128101.
• Avoid creating a low pressure condition in the room where the
stove is operating.Be aware that operation of an exhaust fan or
clothes dryer can create a low pressure area and consequently
promote flow reversal through the stove and chimney system.In
some cases,the optional Fresh Air Adaptor #156408 can be used
to alleviate this condition.The chimney and building, however,
always work together as a system - provision of outside air,
directly or indirectly to an atmospherically vented appliance
will not guarantee proper chimney performance. Consult your
local Jøtul authorized dealer regarding specific installation/
performance issues.
• Jøtul strongly recommends that this stove be installed by a
professional solid fuel technician, or that you consult one if
you do the work yourself. Also, consult your insurance company
regarding any other specific requirements.
Combustion Specifications
Jøtul F 602 CB
Heat Output Range:112,000 to 47,700 BTU/hr.
Max. Heat Output: 28,000 BTU/hr.
Heating Capacity:2Up to 800 sq. ft.
Maximum Burn Time:2Up to 5 hours
EPA Efficiency:3HHV: 70.06% LHV: 76.27%
CO Emissions:464.64 g/hr
Pariculate Emissions:53.4 g/hr
Fuel: Up to 16” Logs (330 mm)
1Heat Output Range results are determined during specific
emissions tests established by the EPA.
The Maximum Heat Output value is representative of a more
frequent re-fueling cycle than specified in the EPA High Heat
Output test method.
2Heating Capacity and Maximum Burn Time will vary
depending on design of home, climate, wood type and
operation
3EPA Validated Efficiency:
High Heat Value and Low Heat Value are obtained per CSA
B415.1-10 test method. HHV calculation encompasses all
products of combustion, including H2O condensation.
LHV calculation includes H2O in its vapor state. Simply
put, HHV assumes all the water component is in a liquid
state (condensed) at the end of combustion and that heat
recovered from condensation can be put to use.
4Carbon Monoxide Emissions rate results from Test Method
CSA B415.1-10.
5. Particulate Emissions rate was obtained using EPA Test
Method 28-5G3.
Check Building Codes
When installing, operating and maintaining your
Jøtul F 602 woodstove, follow the guidelines presented
in these instructions, and make them available to anyone
using or servicing the stove.
Your city, town,county or province may require a building
permit to install a solid fuel burning appliance.
In the U.S., the National Fire Protection Association’s Code,
NFPA 211, Standards for Chimneys, Fireplaces, Vents and
Solid Fuel Burning Appliances, or similar regulations, may
apply to the installation of a solid fuel burning appliance
in your area.
In Canada,the guideline is established by the CSA
Standard, CAN/CSA-B365-M93, Installation Code for Solid-
Fuel-Burning Appliances and Equipment.
Always consult your local building inspector or authority
having jurisdiction to determine what regulations apply
in your area.

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F 602 CB 139677_R04 April 2017
2.0 Initial Assembly
2.1 Inspect Contents
Inspect the stove for damage.Contact your dealer immediately if any
damage is found. Do not install the stove if any damage is evident.
Contents:
• Door Knob Kit
• Flue Collar Adaptor
• Flue Collar
• Hardware Kit
2.2 Flue Collar Position
The Flue Collar may be installed in either a top-exit or rear-exit
position. For Top Exit, use the pre-installed screws to secure
the flue collar to the top plate.
For Rear Exit, first remove the screws and 10mm nuts that
attach the rear cover plate to the back plate. Reach throught
the top outlet to access the nuts. Use these same fasteners
to attach the flue collar to the stove. Secure the cover plate
to the top plate using the pre-installed screws.
3.0 Installation
A safe stove installation includes several elements:
1) the chimney connector
2) the chimney itself
3) the connection between the chimney connector and
chimney, and
4) protection of combustible materials in the vicinity of
the stove.
Each of these elements is equally important for a safe
stove installation.
3.1 Chimney Connector (Stove Pipe)
Use 6”single wall or listed 6”double-wall stovepipe to connect the
stove to the chimney. Single wall stovepipe must be black iron or
stainless steel and have a minimum thickness of 24 gauge. Do not
use aluminum or galvanized steel pipe for chimney connection -
these materials are not suitable for use with solid fuel.
• DO NOT USE CHIMNEY CONNECTOR AS A CHIMNEY. IT IS
INTENDED ONLY TO BE USED A CONNECION DEVICE.
• Each connector section must be oriented with t (crimped) end
pointing toward the stove. See fig. 2, page 12.
• Secure all connector joints with three sheet metal screws.
• For the best performance,the chimney connector should be as
short and direct as possible, including no more than two 90°
elbows.
• The maximum vertical run of single wall stovepipe should not
exceed 10 ft.(305 cm).The maximum horizontal run should not
exceed 3 ft. (92 cm) with a 1/4” rise per foot.
• No part of the chimney connector may pass through an attic
or roof space, closet or other concealed space, or through a
floor or ceiling. All sections of the chimney connectors must
be accessible for cleaning. Where passage through a wall or
partition of combustible construction is desired,the installation
must conform with NFPA 211 or CAN/CSA-B365, and is also
addressed in this manual.
• DO NOT CONNECT THIS HEATER TO ANY CHIMNEY SERVICING
ANOTHER APPLIANCE.
3.2 Wall Pass-Throughs
In the U.S.
The National Fire Protection Association’s publication, NFPA 211,
Standard for Chimneys, Fireplaces, Vents and Solid Fuel Burning
Appliances permits four methods for passing through a combustible
wall. Before proceeding with any method be sure to consult with
your local building officials to discuss any local code requirements.
Common Method / U.S.
• See figure 3,page 12.Remove all combustible materials from the
pass-through area ( around the chimney connector),a minimum
12”(30.5 cm).A 6”(15.2 cm) diameter connector will require a 31”
x 31” (78.7 x 78.7 cm) square opening.
• The opening must be filled with at least 12” (30.5 cm) of
brick around a fireclay liner. The liner must be ASTM C35 or
equivalent, having a minimum wall thickness of 5/8” (16 mm).
• The Pass-through must be at least 18” (45.7 cm) from
combustible ceiling materials.
• It will be necessary to cut wall studs, install headers, and
construct a sill frame to maintain the proper dimensions and
to support the weight of the brick.
• The bricks must be solid brick with a minimum of 3 ½ inches
thick (nominal 4” / 102 mm).
• Refractory mortar must be used at the junction of the chimney
and the pass-through liner. The pass-through liner must not
penetrate the chimney liner beyond the inner surface of the
chimney liner. Use extreme care when constructing the hole
in the chimney liner as the tiles can shatter easily.
In Canada
The installation must conform to CAN/CSA-B365,Installation Code
for Solid Fuel Burning Appliances and Equipment. Before proceeding
be sure to consult your local building inspector.
Common Method / Canada
• This method requires the removal of all combustible materials
from at least 18” (45.7 cm) around the chimney connector’s
proposed location. A 6” round liner requires a minimum
opening 43” x 43” (109.2 x 109.2) square.
• Locate the pass-through at least 18” from combustible ceiling
materials.
• The space that is cleared of combustible materials must remain
empty. Sheet metal panels can be used to cover the area.
However, when using a panel on both sides of the wall, each
cover must be installed on noncombustible spacers at least 1”
from the wall. If one panel of sheet metal is to be used it may
be installed flush to the wall.
See section 5.3.1 and 5.3.2 of CAN/CSA - B365-M91. Consult your
local building inspector,authorized Jøtul Dealer, NFPA 211 in the U.S.
or CAN/CSA-B635 in Canada for other approved wall pass-through
methods.

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F 602 CB 139677_R04 April 2017
A chimney, whether masonry or prefabricated metal, must be the
required height above the roof or other obstruction for safety and
for proper draft function. The chimney must beat least 3’ higher
than the highest point where it passes through the roof, and at
least 2’ higher than the highest part of the roof or structure that is
within 10’of the chimney,measured horizontally. See fig.4, page 12.
Chimneys shorter than 15 feet may not provide adequate draft.
This can result in smoke spilling the room from the door or joints
in the stove or pipe. In addition, inadequate draft can cause back-
puffing. Overly-strong draft, on the other hand, causes excessive
temperatures and can shorten burn times. lf you suspect you have
draft problem, consult your dealer.
When connecting to a masonry chimney, the chimney connector
must slide completely inside the chimney thimble (or breach)
to the inner surface of flue liner, make sure the connector does
not protrude past the inside of the flue liner as that will reduce
the flow area available for the smoke and ultimately cause
problems with your chimney system. The chimney connector
should be sealed into the thimble with refractory cement and the
connector should also be mechanically fastened to the chimney.
See fig. 6, page 13.
3.4 Hearthmount into a Masonry
Fireplace
The Jøtul F 602 CB may be installed into a masonry fireplace
provided the height of the lintel is at least 25 1/2”. See fig.19, page 15
for clearance specifications that must be maintained to combustible
mantel and trim materials.
Building code requires that the fireplace damper plate be removed
or securely fixed in the open position. A connector pipe must then
extend from the stove’s flue exit through the damper area of the
fireplace and into the chimney tile liner.
The inside area of the flue liner must not be less than the area of
the stove flue collar and cannot be more than three times greater
than the cross sectional area of the stove flue collar.
If the chimney liner is too large to accommodate the stove, an
approved relining system must be installed to resize the flue.
A new sheet metal damper block-off plate must be installed around
the connector pipe at the damper frame and sealed with the proper
sealant (usually High-Temp Silicone).
3.5 Listed Metal Prefabricated Chimney
The heater must be connected to a listed Type HT per
UL 103 or ULC S629 prefabricated (factory-built) chimney. When
a metal prefabricated chimney is used, the manufacturer’s
installation instructions must be followed precisely.You must also
purchase (from the same manufacturer) and install the ceiling
support package or wall pass through, the“T”section package,the
firestops (when needed), the insulation shield, the roof flashing,
the chimney cap, etc. Maintain all clearances to the structure as
recommended by the manufacturer. This clearance is usually a
minimum of 2”, although it may vary by manufacturer or for certain
components.
See fig. 5, page 13.
3.3 Chimney Requirements
There are two types of chimneys suitable for the Jøtul F 602 CB:
1. A code-approved masonry chimney with a ceramic tile or listed
steel flue liner.
2. A prefabricated chimney complying with the requirements for
Type HT (2100°F) chimneys per UL 103 or ULC S629.
The minimum chimney height is 15 feet (4.57 m).
When selecting a chimney type and the location for the chimney
in the house, keep this in mind: it is the chimney that makes the
stove work, not the stove that makes the chimney work. This is
because a chimney actually creates suction, called draft, which
pulls air through the stove.
Several factors affect draft: the height, cross-sectional area, and
temperature of the chimney,as well as the proximity of surrounding
trees or buildings.
In general, a short prefabricated chimney on the exterior of the
house will give the poorest performance. This is because it can be
very difficult to warm up from a cold start and maintain effective
draft.
A centrally-located,interior masonry chimney will be easier to keep
warm and will perform well under a variety of conditions.
This guideline gives the necessary chimney requirements based
on the U.S. national code (NFPA-211). However, many local codes
differ from the national code to take into account climate,altitude,
or other factors. It is important that you check with your local
building officials to find out what codes apply in your area before
constructing a chimney.
Masonry Chimneys
The minimum requirements for a properly constructed chimney
include the following:
• The foundation must be large enough to support the intended
chimney without settling.
• The masonry wall of the chimney, if brick or modular
block, must be a minimum of 4” nominal thickness. A
mountain- or rubble-stone wall must be at least 12” thick.
• The chimney must have a fireclay flue liner (or equivalent
with a minimum thickness of 5/8” and must be installed with
refractory mortar.There must be at least 1/2”air space between
the flue liner and chimney wall.
• The preferred fireclay flue liner size has a nominal size of 8” x
8”, and should not be larger than 8”x12”. lf round fireclay liners
are used, the inside diameter should be 6” and not larger than
8”. lf an existing chimney with larger tiles is used it should be
relined with an appropriate liner.
• No other appliance can be vented into the same flue.
• An airtight cleanout door should be located at the base of the
chimney.
A chimney inside the house must have at least 2”of clearance to the
combustible structure. A chimney outside the house must have at
least 1” clearance to the combustible structure. Fire stops must be
installed at the spaces where the chimney passes through floors
and/or ceilings.Remember that there must be air space around the
chimney,and that insulation must be 2”or more from the chimney.

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F 602 CB 139677_R04 April 2017
4.0 Clearances to
Combustibles
4.1 Floor Protection
A bottom heat shield is required in all installations. In
addition, the stove must be placed on a noncombustible
surface that extends 8” beyond the sides and back of the
stove and 16”in the front of the stove.This will result in an
overall base that is 28 1/2”wide x 45- 1/2”deep .This is the
minimum floor protector size. Floor protection must also
be used under the stove pipe and must extend 2” beyond
either side of the pipe (fig. 7, page 13).
The floor protection must have a minimum R value of 0.45.
Warning! Never put any type of floor protection on top
of carpeting.
4.2 Alternate Floor Protection
All floor protection materials must be non-combustible
(i.e., metals, brick, stone, mineral fiber boards, etc.). Any
organic materials (i.e.,plastics,wood,paper products,etc.)
are combustible and must not be used.The floor protector
specified may include some form of thermal designation
such as R-value (thermal resistance), k-factor (thermal
conductivity), or C-factor (thermal conductance).
See 8.0 Appendix A on page 17 for the procedure to
determine alternate floor protection materials that meet
the thermal requirements for this stove.
4.3 Clearance to Adjacent Combustible
Materials
The diagrams in figures 8-13, pages 13-14, specify the
required clearances that must be maintained from
unprotected combustible materials or objects.
A combustible material is anything that can burn, and in
the case of stove installations, these material may not be
visible.lf you are not sure of the combustible nature of any
material in the vicinity of your planned stove installation,
you should check with your local fire officials. Remember
that“fire resistant”materials are considered combustible;
they are difficult to ignite, but they will burn.
lf you have recently purchased a home that has a stove
hearth in it that you plan to use, it is extremely important
that the entire system be examined for safety. Many older
homes may have faulty chimneys,or previous owners may
have covered combustible walls or studs with brick veneers.
Heat is conducted readily through brick and could ignite
combustible materials hidden behind it.
Contact local building or fire official about restrictions and
installation requirements in your area.
4.4 Using a Rear Heat Shield to Reduce
Clearance
The Jøtul F 602 CB optional rear heat shield, PN HS50,may
be used only in top-exiting parallel installations to reduce
clearance as shown in figures 11,12,13, page 14.
4.5 Using Wall Protectors to Reduce
Clearances
The wall protector must be non-combustible, such as a
minimum 24 gauge galvanized steel or its equivalent.
The wall protector must be elevated 1” from the floor to
provide an air space of at least 1” between the shield and
the combustible wall. See figures 14-18 on pages 14-15 for
approved sizing specifications.
4.6 Alcove installation
When installed with a listed double wall pipe and with wall
protection,the Jøtul F 602 CB can be placed in an alcove that
has a minimum height of 96”1and a maximum depth of 48”,
and a minimum width of 41”. See fig. 14, page 14.
When installed with a listed double wall pipe and with a
stove heat shield, the Jøtul F 602 CB can be placed in an
alcove that has a minimum height of 96”1 and a maximum
depth of 24”2, and a minimum width of 55”. The clearances
for this installation are shown in fig. 13 page 14.
4.6 Alcove wall protection
In an alcove, the height of the wall protector, including the
air space at the bottom, must be at least 41” (104 cm). See
fig. 15, page 16. Both side walls and the rear wall must be
protected by the wall protector. See fig. 15, page 14.
4.7 Fireplace Clearances
Fora fireplaceinstallation,refer to the clearance specifications
as shown in fig. 19, page 15.

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F 602 CB 139677_R04 April 2017
5.0 Operation
Please read the following section completely before building
a fire in your new Jøtul F 602 CB.
5.1 Combustion Efficiency
The Jøtul F 602 CB has an EPA tested High Heating Value
(HHV) efficiency rate of 70.06. There are, however, aspects
of efficiency that you should be aware of in order to get the
most from your stove. Operation habits and fuel moisture
can have a significant effect on efficiency. Poorly seasoned
wood having a higher than optimum moisture content,can
reduce the amount of energy transferred to the living area
as a result of the energy expended to evaporate the excess
fuel moisture in order for the wood to burn. Operational
habits - such as not building a robust kindling fire to readily
ignite the larger fuel pieces - can result in an inefficient,
smouldering fire. Additionally, most modern wood heaters’
optimum performance and efficiency are at the medium to
medium-low burn rates.
The location of the stove can have a significant effect on
heating efficiency, primarily in regard to distribution of the
heat. For example, a wood heater centrally located in the
residence in an open living area will likely provide better
circulation of heat than will a stove located in a room
adjacent to the larger living area.
5.2 Minimize Carbon Monoxide Emissions
Testing the F 602 CB to CSA B414.1-10 resulted in a carbon
monoxide emission rate of 64.64 grams per hour. There are,
however, aspects of CO generation that you should know.
Most all means of combustion produce CO, including wood
fires. Maintaining a well-established fire and avoiding
operation that produces a smoldering,smoky fire,will greatly
minimize CO levels.
It is highly recommended that a CO monitor (detector)
be installed in the same room as the stove. The
monitor, however, should be located as far away as
possible from the stove to avoid alert soundings when
adding fuel to the fire.
5.3 Wood Fuel and Performance
The F 602 CB is designed to burn natural wood only.
Higher efficiencies and lower emissions generally result
when burning air-dried, seasoned hardwoods, as opposed
to softwoods, green or freshly cut hardwoods.Wood that
has been air-dried for a period of 6 to 14 months will
provide the cleanest, most efficient heat. Wood seasoned
more than 2 years will burn too quickly to take advantage
Check Moisture Content
We recommed using a moisture meter to determine
the moisture content of your wood. For purposes of
home heating, your fuel should have a moisture content
between 12 - 20%.Wood with higher moisture content
will burn, however, very inefficiently. Most of its heat
value will be lost to driving water out of the wood. Worse,
that moisture will condense as creosote in the relatively
cool chimney flue, increasing the potential for a chimney
fire. Use of unseasoned wood defeats the purpose of any
modern wood-burning stove.
DO NOT BURN:
• Coal;
• Garbage;
• Synthetic fuel or logs;
• Material containg rubber, including tires;
• Material containing plastics;
• Waste petroleum products, asphalt products, paints,
paint thinners or solvents;
• Materials containing asbestos;
• Construction or demolitioin debris;
• Railroad ties or pressure-treated wood;
• Manure or animal remains;
• Salt water driftwood or other previously salt-water;
saturated materials;
• Unseasoned wood; or
• Paper products, cardboard, plywood, or particle board.
(The prohibition against burning these materials does not
prohibit the use of fire starters made from paper,cardboard,
saw dust, wax or similar substances for the purpose of
starting a fire.)
The burning of any of these materials can result in the
release of toxic fumes, or render the heater ineffective and
cause smoke.Never use gasoline,gasoline-type lantern fuel,
kerosene, charcoal lighter fluid, or similar liquids to start or
“freshen-up” the fire. Always keep such liquids away from
the heater at all times.
NOTE: Avoid letting logs rest directly on the glass panel.The
logs should be spaced off of the glass enough to allow for
proper air flow within the firebox.
5.4 Air Flow and Control
Your Jøtul F 602 CB is designed to support efficient
combustion and heat transfer by directing air through the
stove in two separate channels; Primary and Secondary.
Primary air is manually regulated by a sliding valve located
in the load door. The valve position controls the volume
of primary air entering the firebox and thereby affects
fire intensity, heat output and burn time. Primary air is
directed to the main body of the fire through that air inlet.

8
F 602 CB 139677_R04 April 2017
temperature will continue to climb until the fuel burns down
somewhat. Once the fire is out and the stove has cooled to
room temperature, continue the break-in procedure. Never
attempt to reduce the temperature by removing burning
logs from the fire.
NOTE: It is normal for a new painted stove to emit an odor
and smoke during its first several fires.This is caused by the
seasoning of the high temperature paint and will diminish
with each fire. Opening a window or door to provide
additional ventilation will alleviate this condition.
5.6 Building a Fire
The most important element isseasoned,dry fuel. A well-built
fire will burn efficiently, keep the door glass clean,minimize
emissions, and require less time and attention to maintain.
We recommend using the top-down method of fire-starting
as that will quickly warm the flue and establish a strong draft.
• Set the air control lever fully to the right. Place two,
quarter-split logs to either side of the firebox, oriented
front-to-back.
• Criss-cross three or four smaller splits on top of the
bottom logs.
• Place several thin, dry kindling sticks across the second
layer of logs.
• Place a few balls of crumpled paper on top of the kindling,
followed by a handful or two of logpile tinder.
• Ignite the paper evenly and close the door.
• The burning paper and tinder will fall and quickly ignite
the kindling. As the burning kindling sticks fall, the second
layer of logs will ignite and fall between the base logs.
• Now you can add a couple more quarter-spits and let
the fire become established for several minutes before
adjusting the air valve position or adding more fuel.
At this point, you should see little or no smoke exiting the
chimney.
5.7 Reloading
Reload the stove while it is still hot and there are plenty of
hot to ignite the fresh fuel load. It is a good idea to include
a smaller piece or two of wood at the base of the new load
to help the stove recover more quickly to its operating
temperature.
Reloading Procedure
• Always wear gloves when tending your stove.
• Push the air control to the right to the full open position.
• Wait a few seconds and open the door.
• Use a stove shovel or similar tool to break up any
remaining charcoal and to drag some live embers toward
the front where combustion air enters.
• Load the fuel (Smaller pieces first) and close the door.
• Wait 5-10 minutes and adjust the air control to desired
setting.
Secondary air allows combustion of volatile gas and other by-
products of primary combustion that would otherwise enter
the atmosphere unburned.This unregulated air is preheated
as it passes through a manifold at the back of the stove and
is then directed to the fire through a stainless steel manifold
at the top of the firebox. This additional hot oxygen allows
any unburned gasses to be burned inside the stove. The
action of secondary combustion can be readily seen through
the viewing glass a slow, rolling flames suspended over the
main fuel bed and smaller jets of flame extending from the
secondary manifold ports. At the same time, no smoke will
be observed exiting the chimney. This is evidence that the
stove is operating at the so-called ”sweet-spot” wherein
optimum efficiency is realized.
When first starting or reviving the fire: the primary control
lever should be set to the far right position, which permits
the maximum amount of air into the stove. The greater the
amount of air entering the stove, the hotter and faster the
fire will burn.Moving the lever to the left reduces the airflow
into the stove which prolongs the fire at a lower heat output.
See figure 20, page 15.
Using a Stove-top Thermometer
Determining the primary air setting for the best overall
performance for your particular needs and installation
will be established over time through trial and error. Each
installation has unique characteristics that will affect stove
performance. You should use a stove-top thermometer to
monitor the status of the fire. Once the temperature has
reached 400°F - 600°F, set the air control to a mid-range
position to allow adequate oxygen to support efficient
combustion throughout the burn cycle.
5.5 New Stove Break-In Procedure
The Jøtul F 602 CB is constructed of cast iron and stove furnace
cement. Cast iron, while very durable, expands and contracts as it
is heated and cooled. This type of construction requires the stove
to be “broken-in” gradually so that thermal expansion does not
occur too quickly.The following steps describe the proper break-in
procedure for the Jøtul F 602 CB:
1. Light a small fire of newspaper and kindling. Only allow the
stove to reach a maximum surface temperature of 200°F (93°
C). Burn for approximately 1 hour.
2. Allow the stove to cool to room temperature.
3. Light a second fire, allowing the stove to reach a maximum
temperature of 300°F (149°C) for 1 hour.
4. Cool the stove to room temperature.
5. Light a third fire and gradually allow the stove to reach a surface
temperature of 400°F (204°C).
6. Cool stove to room temperature.This completes the“break-in”
procedure.
Note:Keep the stove under400°F (204°C) surface temperature
during any “break-in fire”, with the exception of the last
“break-in” fire. If the temperature exceeds 400°F, move the
primary air control lever all the way to the left to shut off
the air supply completely. It is normal that the stove top

9
F 602 CB 139677_R04 April 2017
Note: lf the charcoal bed present at reloading time is
relatively deep (2”-3”) and your wood is well seasoned, it
is possible to add the fresh fuel load, close the door and
reset the air control for the desired heat output rate within
5 minutes.
WARNING: DO NOT OVERFIRE THIS HEATER. IF ANY PART
OFTHE STOVE OR CHIMNEY CONNECTOR GLOWS,YOU ARE
OVERFIRING. A HOUSE FIRE OR SERIOUS DAMAGE TO THE
STOVE OR CHIMNEY COULD RESULT.
ATTEMPTS TO ACHIEVE HEAT OUTPUT RATES THAT
EXCEED HEATER DESIGN SPECIFICATIONS CAN RESULT IN
PERMANENT DAMAGE TO THE HEATER.
Creosote and Soot Formation and
the Need for Removal
When wood is burned slowly, it produces tar and other organic
vapors which combine with expelled moisture to form creosote.
These creosote vapors condense in the relatively cool chimney
flue of a slow burning fire. The creosote that accumulates in
the flue is highly flammable and is the fuel of chimney fires.
To prevent a chimney fire, the creosote needs to be removed
by sweeping the chimney and flue connector. The frequency
of sweeping will depend on how you operate your stove.
An accumulation of 1/4” or more on the sides of the flue or
connector is considered hazardous and should be removed.
In the event that creosote in your chimney or flue connector
ignites,the resulting fire is often accompanied by a roaring noise
and a crackling sound as flakes of burned creosote break loose.lf
you suspect you are having a chimney fire,immediately close the
primary air control and make sure the stove door is closed. Call
the fire department and get everyone safely out of the house.
Trying to extinguish the fire in the stove will not help. In fact it
can make the matter worse by allowing more oxygen through
the door, which then accellerates the fire in the chimney. When
the roaring and crackling has stopped, you should resist the
temptation to open the door and look at the fire. The fire may
have suffocated,but could rekindle when you open the door.After
a chimney fire, do not use your stove until the chimney and the
flue connector has been cleaned and inspected to ensure that
no damage has occured.
5.8 Open Door Fire-viewing
Warning: This stove should be operated with the door
either fully open with the optional Spark Screen in place,
or with the door fully closed.
If the door is left partly open, there is risk of overfiring.
Also,gas and flame may be drawn out of the fireplace stove
opening,creating risks from both fire and smoke.Be aware
that when operating with the door open, there exists the
possibility of generating carbon monoxide by some fuels
(e.g. charcoal),and the hazards of carbon monoxide.Be sure
adequate fresh air and ventilation is available to the stove.
5.9 Ash Removal
Always use stove gloves when handling hot ashes. Ash
removal will be required every day or two during normal
operation,and is most easily done when the fire has burned
down to coals.Use a shovel to push or rake any hot coals first
to one side.Shovel out the exposed ash,and push or rake the
hot coal to the other side. Remove the ash from the second
side and then spread the hot coals evenly across the firebox.
Wood may now be added to quickly start a new fire.
Ashes should be placed in a metal container used exclusively for
ashes,with a tight fitting lid.The closed container of ashes should be
placed outdoors,well away from all combustible materials,pending
final disposal. lf ashes are disposed of by burisl in soil or otherwise
dispersed, they should be retained in the closed container until all
cinders have thoroughly cooled.

10
F 602 CB 139677_R04 April 2017
alternating pattern similar to tightening the lug bolts on a
vehicle wheel. Do not over-tighten. It may be necessary to
retighten once again after the stove has been burned and
the new gasket has seated.
6.3 Door Gasket
Gaskets are a wear item which must be replaced ocassonally.
To check the front door gasket, put a dollar bill halfway into
the stove, close and latch the door,and try pulling the dollar
out. lf it can be removed easily, the seal is too loose. Check
several spots around the door. To replace the gasket, scrape
out all old gasket material and gasket cement. Spread a 1/8”
bead of stove cement into the bottom of the groove and
press in new gasket.
Universal Gasket Kit 157050 includes all the gasket needed
for replacement of the F 602 CB door and glass panel.
The door requires 36” of 1/4” diameter high density gasket.
The gasket between the glass panel and the door receives
very little wear. The best indication that it needs to be
replaced is streaks on the glass caused by air leaking around
the sides of the glass.
6.4 General
As with your car, regular maintenance will prolong the life
of your stove and ensure satisfactory performance. A good
time to do this is when you are cleaning the chimney and
the connector.Thoroughly clean the entire stove. Make sure
the stove and ash bed are stone cold and use a shop vac
to thorougly remove fly ash from around air inlets and the
baffle at the top of the firebox.
In a darkened room, use a strong light to inspect the stove
inside and out for cracks or leaks at corners and joints.
Cracked pants should be replaced. Leaks at joints can be
patched with high-temperature furnace cement.
6.5 Chimney Cleaning
The Jøtul F 602 CB is designed to burn cleanly and efficiently
when used according to the guidelines in this manual. In
order to maintain proper performance, you should inspect
the chimney and chimney connector at the beginning of
each heating season and then every other month during
the heating season. Clean the chimney whenever creosote
and fly ash accumulation exceeds 1/4 inch in any part of the
system.
Chimney brushes are available from your local Jøtul dealer
or hardware supply store. Your dealer can also refer you to
a reputable, professional chimney sweep who will have all
the equipment to ensure a complete and proper job. Failure
to keep the chimney system free of creosote and build up
could result in a chimney fire.
6.0 Maintenance
6.1 Glass Cleaning
From time to time,clean off the accumulated ash from the
inside surfaces of the glass panels. lf this fly ash is allowed
to remain on the surface for extended periods, it could
eventually cause the glass to become permanently etched
and somewhat cloudy. Any soot deposit on the glass will
burn off during the next hot fire.
Never clean the glass while it is hot and never use any
abrasive materials to clean the glass. Cool water and a
soft cloth or paper towel are usually all that is required.
Rinse thoroughly with clean water after washing and dry
completely before burning your stove.
6.2 Glass and Gasket Replacement
To prevent cracking of the glass operate the doors gently.
Do not shut the door by striking or slamming.
NEVER OPERATE THE STOVE WITH CRACKED OR BROKEN
GLASS. Replace the panel only with the correct Jøtul
replacement glass, PN 128101. Do not use substitutes.
The glass can be replaced with the door still mounted to
the stove or the door can be removed and placed on a flat
working surface.
The replacement glass gasket is self-adeshive. Measure
enough gasket to go from the upper right corner of the
glass, down the right side, across the bottom and back up
to the upper left corner and then add about 2-1/2”.
NOTE:THETOP OFTHE GLASS IS NOT GASKETED.This allows
a small amount of air to enter through that area to help
keep the glass clean.
• Peel off about 10” of the self-adhesive backing strip.
Leaving about 1-1/4”of gasket “tail” overlapping, apply
the gasket to the groove on the door, making sure that
the adhesive is facing the door.
• Press the gasket firmly in place.
• Peel off the remaining adhesive backing and apply the
remaining gasket, again leaving a “tail” at the upper
left corner.
• Press the gasket firmly in place.
• Center the glass panel left and right on top of the
gasket. Slide the glass toward the bottom of the door
until it contacts the stops.
• Hold the glass in place with your hand and wrap the
gasket “tails” over the top of the glass and down the
outer edges. You will have to twist the gasket so the
adhesive will face the glass. Press the “tails” firmly on
the glass.
• Replace the air control slide and the upper and lower
retainer manifolds and screws.
Glass retainers should be tightened gradually,following an

11
F 602 CB 139677_R04 April 2017
Stove clearances Unprotected surfaces Protected surfaces (NFPA 211)
Top vent/vertical
Side Rear Corner Side Rear Corner
Single wall pipe 21” 13.5” 13” 13” 11” 9”
W/out rear heatshield 535mm 345mm 330mm 330mm 280mm 230mm
Single wall pipe 21” 11” 11” 13” 11” 9”
With rear heatshield 535mm 280mm 280mm 330mm 280mm 230mm
Shielded single wall pipe 21” 9” 9” 13” 8” 8”
With rear heatshield 535mm 230mm 230mm 330mm 205mm 205mm
Double wall pipe 24” 9” 9” 13” 8” 8”
With rear heatshield 610mm 230mm 230mm 330mm 205mm 205mm
Double wall pipe 24” 15” 15” 12” 8” 8”
W/out rear heatshield 610mm 380mm 380mm 305mm 205mm 205mm
Connector Pipe Unprotected surface Protected surface (NFPA 211)
Vertical installation Vertical installation
Single wall pipe 18” 6”
460mm 150mm
Double wall pipe pipe mfgr.listing pipe mfgr.listing
Connector Pipe Unprotected surface Protected surface (NFPA 211)
Horizontal installation Horizontal installation
Single wall pipe 18” 9”
460mm 230mm
Double wall pipe pipe mfgr.listing pipe mfgr.listing
Minimum alcove dimensions:
Unprotected surface Protected surface (NFPA 211)
Vertical venting. Vertical venting
Assumes top exit: Assumes top exit:
Minimum alcove width 55” (1400mm) 41” (1040 mm)
Maximum alcove depth 48” (1220mm) 48” (1220 mm)
Height above the top of the stove 71” (1805mm) 71” (1805 mm)
7.0 Jøtul F 602 CB Clearances Table

12
F 602 CB 139677_R04 April 2017










105
480
540
320
490
640
550
480
540
Fig. 1. Fig. 2.
Fig. 3.
Fig. 4.
Chimney Connector
points toward stove.
12 5/8”
320mm
12 1/2”
317mm
21 1/4”
19 5/16”
18 7/8”
21 1/4”
18 7/8”
4 1/8”
12 5/8” 25 3/16”
21 5/8”

13
F 602 CB 139677_R04 April 2017
Fig. 5
Listed
Chimney
Ceiling
Support
Package
to
Stove
Combustible
Ceiling Joists
Floor
Protector
Manufacturer’s specified clearance
to combustible construction
Attic
Insulation
Shield
Storm
Collar
Listed Cap
Flashing
Connector must be
flush with the inside
of the flue tile
Chimney
Connector
Pipe
Thimble
Flue Tile
Fig. 6.
2”
(5 cm)
43 1/2”
(111 cm)
CAN
45 1/2”
(116 cm)
28 1/2”
(73 cm)
AA
A
BA: 8” (20 cm)
B: 16” (46 cm)*
Fig. 7
Clearance to Adjacent Combustibles
A
B
A: 21” (53,5cm)
B: 13,5 ” (34,5 cm)
Fig. 8
A
A
B
B
C
C
A: 13” (33,5 cm)
B: 20 1/4” (51,5cm)
Fig. 9
A
BA: 24” (61 cm)
B: 19” (48,3cm)
Fig. 10
Hearth Protection
* (Measurements in centimeters pertain to Canada.)

14
F 602 CB 139677_R04 April 2017
Fig. 11
A
B
A: 21” - (53,5 cm)
B: 11” -( 28 cm)
Rear Heat Shield to reduce clearance
Single wall pipe, top exit only
A: 55” - (140 cm)
B: 15” - (39,5 cm)
C: 21” - (53,5 cm)
D: 48” - (122 cm)
Fig. 12 Alcove Installation
Double wall pipe and stove heat shield
Alcove - double wall pipe and
wall protection
Fig. 14
A: 41” - (104 cm)
B: 8” - (20,5cm)
C: 14” - (36 cm)
D: 48” - (122 cm)
Fig.13
A: Min. 96” - (244 cm)1
B: Max. 24” - (61 cm)1
Alcove with rear heatshield
Fig. 15
A: Min. 96” - (244 cm)
B: Max. 48” - (122 cm)
C: Min. 41”- (104 cm)
D: 1” - (2,5 cm)
Alcove with wall protection
* (Measurements in centimeters pertain to Canada.)
Parallel installation with wall shield
Wall shield
• Must be 27” wide
and centered be-
hind the stove.
• Must be 1” off the
wall and 1” off the
floor.
• With single wall
pipe, the shield
must be 49” high
measured off the
floor.
• With double wall
pipe, the shield
must be 37” high
measured off the
floor.
Fig. 16
Combustible wall

15
F 602 CB 139677_R04 April 2017
Wall Shield
• Must be 1” off
the wall and 1”
off the floor.
• With single wall
pipe, the shield
must be 49”.
• With the double
wall pipe, the
shield must be
37” high.
• Both shields
MUST extend
and join in the
corner.
Combustible wall
The wall shield
must extend a
minimum of 7”
(178mm) past
the front corner
of the stove.
The wall shield must
extend a minimum of 7”
(178mm) past the front
corner of the stove.
Corner installation with wall shield
Fig. 18
Parallel installation in a corner with
wall shield
Fig. 17
The wall shield must extend a mini-
mum of 7” (178mm) past the ash lip
of the stove
Wall Shield
• Must be 1” off the
wall and 1” off the
floor.
• With single wall
pipe, the shield
must be 49” high
measured off the
floor.
• With double wall
pipe, the shield
must be 37” high
measured off the
floor.
• Both shields MUST
extend and join in
the corner.
Combustible wall
The wall
shield must
extend a
minimum of
4” (102 mm)
past the side
of the stove
Fig. 20 Controls
Air Valve:
Left = Closed / Right = Open
Door Latch


 
 
 



Fig. 19 Fireplace Mantel and Trim Clearance

16
F 602 CB 139677_R04 April 2017
A
A
24
21
38
37
36 35
20 34 17 16
32 31 30
Section A-A
Snitt A-A
13
12
29
28
11
6O2 N
47
46 45 44
43 42 41
B
B
Snitt B-B
Section B-B
18
27
10 40
19
26
33
48
49
C C
Snitt C-C
Section C-C
23 226
9 7 5
3
4
2
1
8
25 39
50
52
53
51
Part list Jøtul F 602 USA
Jøtul AS
Fredrikstad, Norway
Draw. no: 1-1233-P07 Date
Jan 03
54
56 55
29
Fig.21

17
F 602 CB 139677_R04 April 2017
8.0 Illustrated Partlist
Pos Description .........................................Dim./Spec.
1 Hot plate........................................... 240 mm
2 Gasket................................................ LD 360 Ø8.7x850
3 Screw, panhead ............................... M6x12 DIN 7985
4 Air deflector
5 Nut...................................................... M8
6 Gasket................................................ LD 187-1 Ø4.8x600
7 Gasket................................................ V-125 8x150
8 Spring for glass-door ..................... Ø7.6x13
9 Door vent baffle
10 Screw, self thread............................ M6 x 16
11 Flue outlet
12 Back plate
13 Side panel
14 Rivet ................................................... Ø3x12
15 Rivet ................................................... Ø2,4x4
16 Label
17 Label shield
18 Cover for smoke outlet
19 Countersunk screw ........................ M6x16
20 Baffle plate
21 Air manifold
22 Air chamber, complete
23 Air chamber
24 Screw, collar head ........................... M6x10
25 Screw, collar head ........................... M6x25
26 Rivet ................................................... Ø8x16 mm
27 Knob, wood
28 Screw, filister head ......................... M6x70
29 Nut w/ collar.................................... M6
30 Door catch
31 Door handle
32 Screw, cylinder head....................... M6x30 DIN 84 S.krom.
33 screw, collar head............................ M 6x35
34 Insulating blanket .......................... 360x185
35 Burnplate, side, with insulation
36 Burnplate, bottom
37 Insulating blanket .......................... 360x330
38 Screw, hex ......................................... M6x25
39 Washer .............................................. Ø18x06,4x1.6
40 Top plate
41 Pin, door
42 Glass door, complete incl. handle
44 Glass, ceramic .................................. 4x147x154
45 Air slide vent
46 Front plate, complete
47 Front plate
48 Base plate
49 Legs, package of four
50 Leg, 1 pcs
51 Heatshield - bottom
52 Increaser............................................ Ø 126xØ154 mm
53 Decorative top
54 Casing
55 Washer
56 Washer, black crom.
9.0 Appendix A
Alternate floor protection
All floor protection materials must be non-combustible ie. Metal,
brick, stone, mineral fiber boards). Any combustible material may
not be used.
The easiest means of determining if a proposed alternate floor
material meets requirements listed in this manual is to follow
this procedure.
R-value = thermal resistance
K-value = thermal conductivity
C-value = thermal conductance
1. Convert the specification to r-value;
a. If r-value is given, no conversion is needed.
b. If k-value is given with a required thickness (t) in inches:
R=1/k X T.
c. If c-value is given: R=1/C.
2. Determine the r-value of the proposed alternate floor protector.
a. Use the formula in step 1 to convert values not expressed
as “R”.
b. For multiple layers,add r-values of each layer to determine
overall r-value.
3. If the overall R-value of the sustem is greater than the
R-value of the specified floor protector, the alternate is
acceptable.
Example:
The specified floor protector should be 3/4” thick material with a
k-factor of 0.84. The proposed alternate is 4” brick with a c-factor
of 1.25 over 1/8” mineral board witha k-factor of 0.29.
Step A. Use formula above to convert specifications to
R-value. R=1/k x t= 1/.84 x .75 = .893
Step B. Calculate r of proposed system.
4” brick of c-1.25, therefore
R brick = 1/c = 1/1.25 = 0.80
1/8” mineral board of K = 0.29 therefore
R mineral board = 1/.29 x 0.125 = 0.431
Total R = R brick + R mineral board= 0.8 + 0.431=1.231
Step C. Compare proposed system R = 1.231 to specified R of
0.893. Since R is greater than required, the system is
acceptable.
Definitions:
Thermal conductance =
C = btu = W
(Hr)(ft2)(f) (m2)(k)
Thermal conductivity =
K = btu = W = (btu)
(Hr)(ft2)(f) (m2)(k) (hr)(ft)(f)
Thermal resistance =
R = btu = (m2)(k) = (btu)(inch)
(Hr)(ft2)(f) W (hr)(ft2)(f)

18
F 602 CB 139677_R04 April 2017
A. LIMITED LIFETIME WARRANTY, parts only:
Jøtul North America Inc. (JØTUL) warrants, to the original
retail purchaser, that those baffle and air manifold
components of the Jøtul or Scan Stove or Fireplace Insert
specified above will be free of defects in material and
workmanship for the life of the product. This warranty is
subject to the terms, exclusions and limitations set forth
below.
B. LIMITED FIVE YEAR WARRANTY - Cast Iron and
Steel Components:
JØTUL warrants, to the original retail purchaser, that those
components of the Jøtul or Scan Stove or Fireplace Insert
specified above will be free of defects in material and
workmanship for a period of five (5) years from the date of
purchase. This warranty is subject to the terms, exclusions
and limitations set forth below.
C.LIMITEDTWO YEARWARRANTY - Enamel Finish:
JØTUL warrants, to the original retail purchaser, the
enamel finish on cast iron components of the Jøtul
Stove or Fireplace Insert specified above against peeling
or fading for a period of two (2) years from the date of
purchase. This warranty is subject to the terms, exclusions
and limitations set forth below.
D. LIMITED ONE YEAR WARRANTY - Electrical
Components (blowers, thermostatic switches):
JØTUL warrants, to the original retail purchaser, that those
components of the Jøtul or Scan Stove or Fireplace Insert
specified above will be free of defects in material and
workmanship for a period of one (1) year from the date of
purchase. This warranty is subject to the terms, exclusions,
and limitations set forth below:
JØTUL will repair or replace, at its option, any of the above
components determined by JØTUL to be covered by this
warranty.You must, at your own expense,arrange to deliver
or ship the component to an authorized Jøtul or Scan
dealer and arrange for pickup or delivery of the component
after repairs have been made. If, upon inspection, JØTUL
determines that the component is covered by this warranty,
the repair or replacement will be made as set forth above.
This warranty is not transferable and is extended only to,and
is solely for the benefit of, the original retail purchaser of the
Jøtul or Scan Stove or Fireplace Insert. This paragraph sets
forth the sole remedy available under this warranty in the
event of any defect in the Jøtul Scan Stove or Fireplace Insert.
The warranty period for any replaced component will be the
remaining unexpired portion of the warranty period for the
original component.
Please retain your dated sales receipt in your records as proof
of purchase.
EXCLUSIONS AND LIMITATIONS
NOTICE: This warranty is void if installation or service is
performed by someone other than an authorized installer
or service agency, or if installation is not in conformance
with the installation and operating instructions contained
in this owner’s manual or local and/or national fire and
building regulations. A listing of local authorized installers,
service agencies and gas suppliers can be obtained from the
National Fireplace Institute at http://www.nficertified.org/.
This warranty does not cover the following:
1. Repair or replacement of parts that are subject to normal
wear and tear during the warranty period or to parts
that may require replacement in connection with normal
maintenance. These parts include paint, gaskets, burn
plates, ceramic insulation blankets, skamol baffles and
panels, firebricks, fire grates, or glass (Ceramic glass is
warranted against thermal breakage only).
2. Damage due to incorrect installations not in conformance
with the installation instructions contained in this
owner’s manual or local and/or national fire and building
regulations.
3. Damage, including damage to enamel surfaces, caused
by improper operation, over-firing, and/or misuse.
Improper operation, such as burning the stove with the
ash door open, can damage the stove. Over-firing occurs
when any part of the stove glows red. Over-firing can
also be identified by warped plates, rust-colored cast
iron, paint pigment that has turned dusty white, or
bubbling, cracking and discoloration of the enamel finish.
Misuse includes, without limitation, use that is not in
conformance with the operating instructions contained
in this owner’s manual.
4. Damage to enamel finish including chipping,mechanical
or chemical abrasion,crazing, staining, or rust caused by
high humidity or salt air environments.
5. Damage from or repair of rust.Use of a stove-top steamer
can cause rust.
6. Damage due to service performed by an installer or
service agency, unless otherwise agreed to in writing
by JØTUL.
7. Damage caused by unauthorized modification, use or
repair.
8. Costs incurred by travel time and/or loss of service.
9. Labor or other costs associated with the repair of
components beyond the warranty period.
10. Damage incurred while the Jøtul or Scan Stove or
Fireplace is in transit.
10.0 Jøtul Woodburning
Product Warranty

19
F 602 CB 139677_R04 April 2017
IN NO EVENT SHALL JØTUL, ITS PARENT COMPANY,
SHAREHOLDERS,AFFILIATES,OFFICERS,EMPLOYEES,AGENTS
OR REPRESENTATIVES BE LIABLE OR RESPONSIBLE TO YOU
FOR ANY SPECIAL,INDIRECT,INCIDENTAL,CONSEQUENTIAL,
PUNITIVE OR OTHER SIMILAR DAMAGES,INCLUDING,BUT
NOT LIMITED TO, LOST PROFITS, LOST SALES, INJURY TO
PERSON OR PROPERTY, OR DAMAGES TO A STRUCTURE
OR ITS CONTENTS, ARISING UNDER ANY THEORY OF LAW
WHATSOEVER. ALL IMPLIED WARRANTIES, INCLUDING
THE IMPLIED WARRANTIES OF MERCHANTABILITY AND
FITNESS FOR A PARTICULAR PURPOSE,OR OTHERWISE,ARE
LIMITED IN DURATION TO THE LENGTH OF THIS WRITTEN
WARRANTY. EXCEPT AS EXPRESSLY SET FORTH HEREIN,
JØTUL MAKES NO ORAL, WRITTEN OR OTHER WARRANTY
WITH RESPECTTO JØTUL OR SCAN STOVES OR FIREPLACES.
Some states do not allow the exclusion or limitation of
incidental or consequential damages, or limitations on
the length of implied warranties. Therefore, the above
exclusions or limitations may not apply to you. This
warranty gives you specific legal rights, and you may have
other rights, which vary from state to state.
JØTUL reserves the right to discontinue,modify or change
the materials used to produce the Jøtul or Scan Stove or
Fireplace Insert. JØTUL shall have the right to replace
any defective component with substitute components
determined by JØTUL to be of substantially equal quality
and price.
The dollar value of JØTUL’s liability for breach of this
warranty shall be limited exclusively to the cost of
furnishing a replacement component. JØTUL may at
its discretion discharge all obligations by refunding the
wholesale price of any defective part or appliance. JØTUL
shall in no event be liable for any special, indirect or
consequential damage of any nature which is in excess
of the original wholesale purchase price of the product.
JØTUL shall not in any event be liable for the cost of labor
expended by others in connection with any defective
component. Any costs or expenses beyond those expressly
assumed by JØTUL under the terms of this warranty shall
be the sole responsibility of the owner(s) of the Jøtul Stove
or Fireplace.
No dealer, distributor, or other person is authorized to
modify, augment, or extend this limited warranty on
behalf of JØTUL. NO MODIFICATION OR CHANGE TO
THIS WARRANTY WILL BE EFFECTIVE UNLESS IT IS MADE
IN A WRITTEN DOCUMENT MANUALLY SIGNED BY AN
AUTHORIZED OFFICER OF JØTUL.
An authorized installer may have been provided with
certain information related particularly to the Jøtul or
Scan Stove or Fireplace; however, no authorized installer
or other person who may service the appliance is an agent
of JØTUL. No inference should be made that JØTUL has
tested, certified, or otherwise pronounced any person as
qualified to install or service the appliance. JØTUL shall not
be liable or otherwise responsible for any error or omission
by a person installing or servicing a Jøtul or Scan Stove or
Fireplace Insert.
If you believe your Jøtul or Scan Stove or Fireplace Insert
is defective, you should contact your nearest authorized
Jøtul dealer, who will process a warranty claim. IN ORDER
TO QUALIFY FOR WARRANTY COVERAGE, JØTUL MUST
RECEIVE NOTICE OF A POSSIBLE DEFECTWITHIN SIXTY (60)
DAYS OF THE DATE THE DEFECT IS FIRST DISCOVERED, OR
REASONABLY COULD HAVE BEEN DISCOVERED.
This warranty is given by Jøtul North America, Inc.,
55 Hutcherson Drive, Gorham, Maine 04038 USA

20
F 602 CB 139677_R04 April 2017
We appreciate your trust in welcoming our product into your home and invite your comment and
appraisal of our efforts to provide you with the finest in home hearth products. Jøtul maintains a
policy of continuous product development. Products supplied may therefore differ in specification,
colour and type of accessories from those illustrated and described in this manual.
Jøtul North America Inc.
55 Hutcherson Drive
Gorham, Maine 04038
USA
Jøtul AS,
P.o. box 1411
N-1 Fredrikstad,
Norway
139677_R04
April 2017
For Your Records...
Record the following information to help your
dealer determine what you will need should
your stove ever require parts or service.
The serial number and manufacturing date are
indicated on the permanent label located on the
back of the stove. You may also wish to attach
your sales receipt to this manual for future
reference.
Model: Jøtul F 602 CB
Serial Number:
Purchase Date:
Dealer:
Phone:
Installed by:
Date: