Price Book Parts INSTALLATION PLANNING - GUIDE - Jotul
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INSTALLATION
PLANNING
GUIDE Parts
Price Book
TIMELESS NORWEGIAN CRAFT
Accessories
WOOD
PRODUCTS
1W e wish you success...
This booklet is intended to provide
you with a solid base of information
with which to plan the successful
installation of you new Jøtul fireplace.
Within these pages, you will find
complete specifications for each Jøtul
wood-burning heater, along with
general guidelines to help ensure
a safe, effective, and trouble-free
installation. Your local authorized Jøtul
dealer also stands ready to answer any
questions you may have and is your
best resource for information specific
to building codes and other local
requirements.
This book is not intended to replace
the Installation and Operation Manual
included with each Jøtul fireplace. Be
sure to install your heater according to
those instructions.
2Contents
General Information
Safety Standards 4
General Considerations 5
Chimney Requirements 6
Freestanding Cast Iron Stoves
Jøtul F 602 V2 10
Jøtul F 500 V3 Oslo 12
Freestanding Steel Stoves
Jøtul F 45 V2 Greenville 14
Jøtul F 55 V2 Carrabasset 16
Chimney Connector Clearances 17
3General Information
Professional
Installation
We at Jøtul North America are
dedicated to manufacturing the
finest quality hearth products that
you can be assured will provide
many years of safe, dependable
service.
To ensure your satisfaction,
we recommend that whenever
possible our products be installed
and serviced by hearth professionals
who are certified by the National
Fireplace Institute (NFI) or, in Canada,
by Wood Energy Technical Training
(WETT).
Your local Jøtul Authorized Dealer
is your best resource for a safe and
effective installation.
Test Standards
All Jøtul wood-burning stoves and
fireplaces comply with National
Safety standards and are tested
and listed by Intertek Testing
Services of Middleton, Wisconsin to
ANSI / UL 1482 for the U.S. and CAN
/ ULC-S627-M93 for Canada.
4Planning Your
Installation
Building Codes and Choosing Chimney Requirements
Installation Standards the Right Heater Often, the stove location may
Your city, town, county or province be dictated by the location of an
The ability of one of our stoves to heat existing chimney. There are two
may require a building permit to
your home depends on many different types of chimneys suitable for use
install a wood-burning heater. Always
factors. First you will need to identify with solid fuel-burning appliances;
consult your local building inspector
what your expectations are; will the
or authority having jurisdiction to 1. A code-approved masonry
heater be used to provide ambiance
determine what regulations apply in chimney with a ceramic tile or
for a gathering room, supplemental
your area. Your local official is always listed steel flue liner.
heat for several rooms, or primary heat
the final authority in determining 2. A listed, prefabricated Type HT
for the whole house? Other issues to
the acceptability of a proposed (2100°F) steel chimney complying
consider include how large your home
installation. with UL 103 or ULC S629.
is, how tight is its construction, the
In the U.S., the National Fire design of the floor plan, how cold the Any existing chimney must be
Protection Association’s Code, climate is in your area, what type and thoroughly inspected before
NFPA 211, Standards for Chimneys, quality of wood you burn. installing the stove.
Fireplaces, Vents and Solid Fuel
Each of our stoves and fireplaces has The chimney is the single most
Burning Appliances, or similar
a heating capacity expressed in important factor in determining
regulations may apply in your area.
square feet. This figure is given for how successful your stove will
In Canada, pertinent guidelines an average home in a moderate perform. The force of the air moving
are established by the CSA Standard, climate with an open floor plan. through the chimney is called draft.
CAN/CSA-B365-M93, Installation Code You will have to adjust up or down Anything that affects draft will
for Solid-Fuel Burning Appliances and depending on your individual have a consequent affect on your
Equipment. situation. Remember, you will be stove’s performance. Several factors
In addition, you should consult generally be better satisfied with affect draft: chimney height, cross-
your insurance company regarding a stove that’s slightly undersized sectional area (size), masonry vs
any other specific requirements that for your needs than you will be prefabricated, chimney temperature,
may be necessary. with one that is oversize. A stove prevailing wind conditions, and the
that is too large will not be allowed surrounding physical environment.
Mobile Home Installation to burn fuel efficiently without Your Jøtul dealer can best advise you
The F 45 V2 Greenville ais pproved for overheating the room. on selecting the best chimney for
installation into mobile homes in the your needs, or on how to ensure the
United States and Canada. The F 500 V3
Oslo is approved for the United States. best performance from an existing
Consult the specific owners manual for
more details.
Choosing chimney.
A short exterior masonry
• The stove must be secured to the the Right Location chimney will provide the poorest
floor of the mobile home. Use performance because it will be
the following Floor Bracket Kit Jøtul wood heaters take advantage
depending upon the model: of the thermal properties of cast difficult to warm the flue and
iron and radiant heat to warm the sustain temperatures necessary
F45 V2 - Floor Bracket Kit 157321
immediate area around the stove to maintain draft strength. In
F500 V3- Floor Bracket Kit, Long Leg extremely cold climates, it may be
(8”) 750304 quite effectively. The entire room
and its furnishings will absorb this necessary to reline the chimney
• Use the following Outside Air Kit or extend the height to help
to provide outside combustion air heat and become warm themselves.
depending upon the model: Radiant heaters perform best when strengthen draft. Generally, a
installed in central, open locations chimney should be no shorter than
F45 V2 - Outside Air Kit 157637
that provide plenty of air circulation 14 ft.
F500 V3 - Outside Air Adapter 154333
to aid heat convection into other A tall, interior masonry chimney
• Use only listed double-wall pipe for areas of the home.
the chimney connection. will be easier to keep warm, sustain
You can enhance air movement strong draft, and will be less likely to
• The stove must be grounded to the
mobile home chassis. through use of floor and wall be affected negatively by weather
registers, ceiling fans and open conditions or other environmental
• The stove must otherwise be
installed in accordance with 24CRR, doorways. Consult your Jøtul dealer factors.
Part 3280 (HUD). regarding simple, yet creative ways to
Consult your local building inspector get the most out of your wood heater.
or fire officials about restrictions and
requirements in your area prior to
installation.
5Chimney
Requirements
Masonry Chimneys Chimney Height Chimney Connection
A masonry chimney should conform to Whether masonry or prefabricated Single wall steel stovepipe having
the following guidelines: steel, any chimney must be at least a minimum 24 gauge thickness is
• The chimney must have a fireclay 3 feet higher than the highest point suitable for connecting your heater
liner or equivalent, with a minimum where it passes through the roof to a masonry or prefabricated
thickness of 5/8” and must be installed and at least 2 feet higher than the factory-built chimney flue. Always
with refractory mortar. There must be highest part of the roof or structure assemble the sections keeping the
at least 1/4” air space between the flue that is within 10 feet of the chimney, crimped ends pointing toward the
liner and the chimney wall. measured horizontally. See figure 1. stove. Secure each joint with three
sheet metal screws. Clearance to
• The chimney flue size should not be Chimneys shorter than 14 feet
adjacent combustible surfaces
less than the cross-sectional area of may not provide adequate draft and
must be maintained. See the
the stove flue collar. can result in smoke spillage when
individual product clearance charts
The cross-sectional area of the flue loading the stove. Poor draft can
for these specifications.
of a chimney with no walls exposed also cause back-puffing (ignition
to the outside below the roofline shall of gas buildup in the firebox) Use double-wall, air insulated
not be more than three times the and sluggish performance. The pipe for runs exceeding 10 ft. Any
cross-sectional area of the stove flue minimum chimney height does horizontal chimney connection run
collar. not, in itself, guarantee satisfactory must include 1/4” rise per foot and
chimney performance. should not exceed 3 ft.
The cross-sectional area of the flue
of a chimney with one or more walls Excessive chimney height Double-wall pipe can be used
exposed to the outside below the can promote overly strong draft to achieve reduced clearance to
roofline shall not be more than two resulting in high stove temperatures adjacent combustible surfaces with
times the cross-sectional area of the and short burn times. or without additional shielding.
stove flue collar. Avoid locating the chimney
Larger chimney flues should be relined close to building structures, trees,
with a listed or code-approved liner. or other environmental objects that
may interfere with draft stability or
• Brick or modular block must be a
cause nuisance to neighbors.
minimum 4” nominal thickness. Stone
construction must be at least 12” thick. Your Jøtul dealer is your best
resource for information regarding
* A newly-built chimney must conform
draft issues and how best to
to local codes, or, in that absence, must
avoid other performance related
comply with national regulations.
problems.
• No other appliance may be connected
to the same flue.
• An airtight clean-out door should be
located at the base of the chimney.
Prefabricated
Chimneys
Prefabricated metal chimneys offer an
2 ft.
alternative when masonry construction
may not be practical. Use only a High 3 ft.
Temperature (HT) chimney system 10 ft.
tested and listed for use with solid
fuel-burning appliances. Follow the
manufacturer’s installation instructions
exactly and confirm that clearances
are maintained as specified by the
manufacturer. Figure 1. The 3’ / 2’ / 10’ Chimney Rule. Figure 2. Assemble chimney connection
sections crimped end toward stove.
62” Min. Chimney
Wall Pass-throughs Clearance to brick
and combustibles System A:
Minimum 3 1/2 in. thick brick masonry
Follow these guidelines for passing
wall framed into combustible wall
a chimney connector through a 12” with a minimum of 12 in. brick separa-
combustible wall. tion from the clay liner to combusti-
bles. A fireclay liner with a minimum
Min.12” of
For U.S: Installation must conform Chimney brick
5/8” wall thickness shall run from
the outer surface of the brick wall to,
to NFPA 211, Standard for Chimneys, Flue
but not beyond, the inner surface of
Fireplaces, Vents, and Solid Fuel Burning Fireclay chimney flue liner and must be firmly
Liner
Appliances. Consult your local building 12” (ASTM
Chimney cemented in place.
Connector
inspector before proceeding. C35)
System B:
Common Methods Solid-insulated, listed factory-built
chimney length of the same inside di-
See Figures 3-6. ameter as the chimney connector and
Figure 3. Bricked-in Fireclay Liner used as
having 1 in. or more of insulation with
• Remove all combustible materials thimble a minimum 9 in. air space between the
from the pass-through area (around outer wall of the chimney length and
2” Min. Chimney
the chimney connector), to maintain Clearance to steel
combustibles.
The inner end of the chimney
clearance as specified for System and combustibles
length shall be flush with the inside
alternatives A-D. of the masonry chimney flue and
Chimney Steel shall be sealed to the flue and to the
• Any pass-through for single-wall pipe Flue support brick masonry penetration with a
must be at least 18” from combustible plate
non-water-soluble refractory cement.
ceiling materials. Min. 9” Supports shall be securely fastened to
Type HT
airspace wall surfaces on both sides.
• It may be necessary to cut wall prefab Fasteners between supports and the
studs, install headers, and construct insulated chimney length shall not penetrate
a sill frame to maintain the proper chimney the chimney liner.
section
dimensions and to support the weight Use chimney
mfg’s. adaptor to
of the brick. attach chimney System C:
connector Sheet steel chimney connector,
• Bricks must be solid and having a 3” minimum 24 ga. thickness, with a min-
minimum thickness (4” nominal). Figure 4. HT insulated prefab chimney imum 24 ga. ventilated steel thimble,
section used as thimble. having two 1 in. air channels, separated
• Refractory mortar must be used at the from combustibles by a minimum
junction of the chimney and the pass- of 6 in. of fiberglass insulation.
through liner. The pass-through liner 2” Min. Chimney Clearance
Opening shall be covered, and thimble
supported with a sheet steel support,
must not penetrate the chimney liner. between masonry and
minimum 24 ga. in thickness.
combustibles
Use extreme care when penetrating Supports shall be securely fastened
the liner as the fireclay can shatter Ventilated to wall surfaces on all sides and shall
be sized to fit and hold chimney sec-
easily. 24 ga. Steel
Thimble tion. Fasteners used to secure chimney
section shall not penetrate chimney
Min. 6” insulation flue liner.
For Canada: Installation must conform Chimney
Flue
to CAN/CSA B365-M91, Sect. 5.3.1 and 5.3.2.
Installation Code for Solid Fuel Burning Chimney
Connector
Appliances and Equipment. Consult Steel
System D:
support
your local building inspector before plate Solid-insulated, listed factory-built
proceeding. chimney length with an inside diameter 2
in. larger than the chimney connector and
having 1 in. or more of insulation, serving
Common Method: Figure 5. Steel thimble. as a pass-through for a single wall sheet
• Remove all combustible materials steel chimney connector of minimum 24
ga. thickness, with a minimum 2 in. air
from at least 12’’ around the chimney 2” Min. Chimney space between the outer wall of chimney
connector location. A 6” diameter liner Clearance to brick section and combustibles.
and combustibles
requires a minimum opening 31’’x 31’’ Minimum length of chimney section
square. shall be 12 in. Chimney section concentric
Min. 2” Chimney
Flue Type HT with and spaced 1 in. away from connec-
airspace to
• Locate the pass-through at least 18’’ chimney prefab tor by means of sheet steel support plates
from combustible ceiling materials. section insulated on both ends of chimney section. Opening
chimney shall be covered, and chimney section
• The space that is cleared of supported on both sides with sheet steel
combustible materials must remain supports of minimum 24 ga. thickness.
Chimney Supports shall be securely fastened
empty. Sheet metal panels may be Connector
to wall surfaces on all sides and shall be
used to cover the area, If a single panel 1” airspace
to chimney
sized to fit and hold chimney section.
is used, it may be installed flush with Steel
support
section Fasteners used to secure chimney section
shall not penetrate chimney flue liner.
the wall. If a panel is installed on each plate
side of the wall, each must be spaced
off the walls using 1’’ noncombustible
spacers. Figure 6. HT insulated prefab chimney
section used as pass-through.
7Chimney Hearthmount into a
Masonry Fireplace
Connections Your stove may be installed into a
masonry fireplace in accordance with
Masonry Chimney local building codes. To enable your
stove to fit under a variety of lintel
Connection heights, an optional short leg kit is
Connection to a masonry chimney is available for the F 500 stove which will
accomplished with use of a fireclay or reduce those stove heights by 2 1/4”.
steel thimble which must be securely • The chimney must be thoroughly
cemented in place. The chimney cleaned, inspected and any repairs
connector must slide completely made before installing the stove and
inside the thimble to the inner surface chimney connection. If no tile liner is
of the flue liner., but not into the present, an approved, listed chimney
flue area. See fig 7. Depending on the relining system must be installed.
inside diameter of the thimble, it may Consult your dealer regarding the
be necessary to use a thimble sleeve best system for your needs.
between the thimble and the chimney
connector pipe. • NFPA 211 requires that the flue must
be sealed off from the living area of
Never connect a stove to a the house by one of two methods:
chimney flue that is used by another Figure 9.
appliance of any kind. 1. The fireplace damper is removed Connection to zero-clearance
or permanently secured in the open prefabricated fireplace.
position. A separate sheet metal
block-off plate is installed in the
damper area through which the Connecting to
chimney connector pipe will pass
from the stove flue collar up to the Prefabricated Chimney
Chimney
chimney flue. See fig 8. Use high- Always follow the pipe
Flue Tile temperature silicone to seal the manufacturer’s instructions and
seams around the plate, damper use all of the components required.
24 ga. Stove frame and connector pipe. Most prefabricated chimney systems
Pipe
2. An approved, listed chimney liner include a stove pipe adaptor to
Fireclay is installed between the stove flue provide a secure transition from the
Chimney stovepipe to the chimney pipe. See
Thimble
collar and a sealed chimney cap. No
block-off plate is required, however, fig.10 .
the flue may be insulated at the
damper area to prevent heat loss
Figure 7. from the home. Ceiling Support
Chimney connection to a masonry Package
chimney flue. Type HT Ceiling
Stainless Joists
Steel
Chimney
Connection to
Chimney
Zero-Clearance Chimney
Insulation
connection
must run up
Prefabricated Fireplace Shield
Connector
to the first Jøtul freestanding models are
flue tile.
approved for installation into a
Check local
codes. factory-built fireplace with use of Listed Chimney
an HT chimney relining kit, listed to Cap Storm
Sealed, 24 ga.
UL 1777. Your Jøtul dealer can provide Collar
steel Block- details on various systems available Flashing
off Plate for this purpose. See fig. 9.
Figure 10.
Connection to
prefabricated
Clean-out
factory-built
Tee
chimney
system.
Figure 8. Connection to a masonry fireplace.
8Clearance Wall Shielding
Floor protection dimensions vary
Guidelines
Approved wall shielding materials include
minimum 24 gauge sheet metal, 1/2 inch depending upon the size of the unit
noncombustible insulation board, or brick and whether or not it has a side load
laid flat. Any of these materials must be door. Generally, hearth protection
Clearance to spaced 1 inch off the wall and be installed must extend 18” from any loading door
Walls and Ceilings opening. This requirement is reduced to 16”
to provide a 1 inch air space at the top and
All radiant stoves and fireplaces bottom to allow full air circulation. In the in the U.S. only for Jøtul model F 602. Check
give off a tremendous amount U.S., this protection permits a 66% reduction the individual product pages for specific
of heat. Consequently, care from published clearances, but no closer dimensions.
must be taken to provide ample than 12”. See fig. 11.
Fireplace Hearths
airspace between the heater and
adjacent combustible materials. A Fireplace Mantel and Trim Clearances A hearthmount installation may require
combustible material is any that Published mantel and trim clearances additional protection beyond the
contains combustibles within or on can be reduced by constructing shielding original fireplace hearth if it does not
its surface. All Jøtul wood-burning conforming to NFPA 211 or CAN/CSA-B365 meet the minimum dimensions. Be sure
heaters are tested to national safety standards. For example, in the U.S., to confirm that the fireplace hearth
standards to determine the specific installation of 24 ga. sheet metal shield is large enough to accommodate the
clearance for a variety of installation spaced 1” off the mantel will enable a 50% stove or insert.
configurations. Note that stove reduction of the published clearance, but no
clearances are measured from the closer than 18”.
top plate to the combustible surface.
Chimney connector (stovepipe)
Alcove Installations
1”
clearances must also be taken into 25 mm Jøtul freestanding stoves are approved
consideration. These are measured Air- for installation into Alcoves constructed
from the pipe surface to the space
with combustible materials following
adjacent wall or ceiling. these requirements:
Wall
Hearthmount installations Shield 1. The stove must be installed with the
Combustible Wall
will require that clearances be Materials Material chimney connector, rear, and bottom
maintained between combustible heat shields as specified in the
mantels, trim and side walls. Note installation manual for that specific
the specific clearances for each Jøtul Figure 11. Shield spacer detail. stove.
heater on the individual product
2. Wall protection, if used, must be
pages.
installed on both sides and rear walls
and conform to NFPA 211 or CAN/
Reducing Clearances
CSA-B365. It must be elevated 1” from
Clearances can be reduced in two the floor and be spaced at least 1”
ways: install a heat shield on the from the wall using noncombustible
stove or install a heat shield on walls, spacers to allow air circulation behind
ceilings or mantels, conforming to the shield.
guidelines established in the current
3. The height of the wall protection will vary
editions of NFPA 211 for the U.S. and Figure 12. Open wall shield construction. Do
from stove to stove. Check the individual
CAN/CSA B365 for Canada. not install spacers directly behind the stove
or connector. product pages for specific dimensions.
Stove and Chimney Connector 4. Alcove floor protection must consist
Heat Shields Floor Protection of a UL/ULC or WHI listed hearth pad
Our optional heat shields offer Woodburning stoves and fireplaces or a noncombustible material having
an easy way to reduce clearance installed on combustible floors require a minimum R-value as specified for a
to the rear of the stove. In the specific floor protection. Any floor particular model.
case of a top -exiting stove, the that is not masonry on earth must be 5. Note that ceiling height specifications
chimney connector may also considered to be combustible. The floor will also vary from stove to stove
require shielding. Most connector protector will serve to prevent fire hazard and depend on whether or not
manufacturers provide these from wayward sparks and embers and ceiling protection is used. Check the
optional shields for easy attachment. also provide a barrier to the long term individual product pages for specific
effects of radiant heat. You can either dimensions.
Double-wall Chimney Connector purchase a listed prefabricated hearth
Double-wall chimney connection pad or construct your own following
pipe can also be used to achieve NFPA 211 guidelines. Bottom Heat Shields
a reduced clearance. Where a are included with all Jøtul woodstoves to
tested clearance is not available provide an additional measure of floor
for a particular stove, use the protection as specified in the installation
manufacturer’s clearance. manual.
9Jøtul F 602 CB V2 12 5/8” 18 7/8”
4 1/8”
Heat Output Range:1 15,200 to 49,576 BTU/hr.
Max. Heat Output: 28,000 BTU/hr.
Heating Capacity:2 Up to 800 sq. ft. 26 1/2”
Maximum Burn Time:2
21 5/8” 25 3/16”
Up to 5 hours Rear Exit
EPA Efficiency:3 HHV: 70% LHV: 75.14%
CO Emissions:4 1.18 g/min.
Pariculate Emissions:5 2.11 g/hr. 12 1/2” 19 5/16”
Fuel Length: Up to 16” Logs
Figure 14. F 602 overall dimensions. See clearance chart
Weight: 160 lbs. on page 11 for flue collar centerlines.
Bottom Heat Shield included
Not approved for mobile homes.
Optional Accessories 15” 21”
Alcove Installation
• Rear Heat Shield #HS-50
- for top-exit installations only Requirements
• Stovetop Thermometer #5002 • The Bottom Heat Shield must be Max. Depth
installed. 48”
• Fresh Air Kit #156408
• UL/ULC or WH listed hearth pad or
Hearth Protection a noncombustible material.
The included Bottom Heat Shield is • If used, wall protection must
required for use in any installation Min. Width
extend 41” from the floor, including 55”
where the floor is composed of bottom air space. Both side and
any material other than masonry rear walls must be protected.
over earth. Either of the following Figure 16. Alcove with double-wall pipe and
• Alcove Ceiling and Chimney Rear Heat Shield - No wall protection.
forms constitutes approved hearth
Connector Clearances: Fig. 18.
protection:
• any UL, ULC or Warnock-Hersey
listed hearth board. 8”
• any noncombustible material with 14” 14”
installation of the included Bottom Fireplace Clearances 48”
Heat Shield.
A: Stove to Mantel, max. depth 8”:
The floor protection must have a 30”
minimum R value of 0.45. B: Stove to Top Trim, 1” thick or less:
Warning! Never put any type of floor 21”
protection on top of carpeting. 41”
2”
C: Stove to Side Trim, 1” thick or less:
18”
D: Unit to Side Wall : 24”
Figure 17. Alcove stove clearance with
8” Double-wall pipe and wall protection.
8” 43 1/2 ” A
45 1/2*
SideWall
B C
D
16 ”
18’’* A: Min. 96”
B: Max. 48”
Figure 15.toFireplace
A: Unit Clearances.
8” Wide Mantel - 30 in. (76 cm)
B: Unit to Top Trim - 21 in. (53.5 cm) C: Min. 41”
28 1/2” C: Unit to Side Trim - 18 in. (46 cm)
D: 1”
D: Unit to Side Wall - 24 in. (61 cm)
Figure 13. Minimum Hearth Dimensions.
* Denotes requirement for Canada.
1
Heat Output Range results are determined during specific emissions tests established by the EPA.
2
3
Heating Capacity and Maximum Burn Time will vary depending on design of home, climate, wood type and operation
EPA Validated Efficiency:
High Heat Value and Low Heat Value efficiencies are determined per the CSA B415.1-10 test method. The difference between the
HHV and LHV is in how the energy in the exhaust gas water vapor is accounted.
LHV efficiency assumes all the water vapor in combustion gas was condensed and the heat from such was recovered and Figure 18 . Alcove Ceiling and Connector
transferred to the dwelling. HHV calculations do not assume all water vapor is condensed, therefore the HHV value is less than
the LHV value. Clearance.
4
Carbon Monoxide Emissions rate results from Test Method CSA B415.1-10.
5.
Particulate Emissions rate is obtained using EPA Test Methods: ALT-125 (Cordwood Fuel), ASTM E2515-11, ASTM E3053-17
10Stove Clearance Diagrams Jøtul F 602 CB V2
PROTECTED WALLS
UNPROTECTED WALLS PER NFPA211 OR CAN/CSA- B365-M93
CORNER TO FRONT FLOOR CORNER TO FRONT FLOOR
FRONT FLOOR PROTECTION FRONT FLOOR PROTECTION
SIDE REAR CORNER PROTECTION** WIDTH** SIDE REAR CORNER PROTECTION** WIDTH**
D E H E
Single Wall Connector A B C C F G
No Heat Shield US: 58 1/2'' US: 22 7/8" US: 52 7/8'' US: 22 7/8"
21" 13 1/2'' 13" 13" 11" 9"
CAN: 60 1/2'' CAN: 28 5/8'' CAN: 54 7/8'' CAN: 28 5/8''
F F I E F G H E
Single Wall Connector A C
US: 55 3/4'' US: 22 7/8" US: 52 7/8'' US: 22 7/8"
w/Rear Heat Shield 21" 11" 11" 13" 11" 9"
CAN: 57 3/4'' CAN: 28 5/8'' CAN: 54 7/8'' CAN: 28 5/8''
K K L E N N O E
Double Wall Connector J M
US: 61 3/8'' US: 22 7/8" US: 51 1/2'' US: 22 7/8"
No Heat Shield 24" 15 " 15 " 12" 8" 8"
CAN: 63 3/8'' CAN: 28 5/8'' CAN: 53 1/2'' CAN: 28 5/8''
G G H E N N O E
Double Wall Connector J C
US: 52 7/8" US: 22 7/8" US: 51 1/2'' US: 22 7/8"
w/Rear Heat Shield 24" 9" 9" 13" 8" 8"
CAN: 54 7/8'' CAN: 28 5/8'' CAN: 53 1/2'' CAN: 28 5/8''
*F602 CB V2 NOTE: 1) Hearth Extension calcula�ons include the protec�on requirement measured forward from the door glass pane **US and CAN measurements are not the same and
2) Rear Exit chimney connec�on assumes the connector pipe exits from the rear of the stove connec�ng directly to the chimney. are not interchangeable.
If rear vented to a ver�cal run, the stove posi�on will be dictated by the connector pipe clearance.
UNPROTECTED WALLS PROTECTED WALLS
PER NFPA 211 OR CAN/CSA-B365-M93
27 3/8” 20” 19 3/8” 16”
Single Wall Connector
B C F G
No Rear Heat Shield
17 5/8” 15 1/8”
US: 45 1/2’’ / CAN: 49’’
US: 49 1/2’’ / CAN: 53’’
A C C H G
47 1/4”
D 45”
E HEARTH EXT
E
HEARTH EXT
US: 33 1/4’’ US: 29 1/4 ’’
CAN: 32 3/4’’ CAN: 28 3/4’’
27 3/8” 18” 19 3/8” 16”
Single Wall Connector
F 15 1/8” F F 15 1/8” G
US: 47 1/2’’ / CAN: 51’’
US: 45 1/2’’ / CAN: 49’’
Rear Heat Shield
F
I C H G
A
45”
45’’ E E
HEARTH EXT HEARTH EXT
US: 31 1/4’’ US: 29 1/4 ’’
CAN: 30 3/4’’ CAN: 28 3/4’’
22”
Double Wall Connector
30 3/8” 18 3/8” 15”
K
No Rear Heat Shield
K 19 1/8” N 12 1/8” N
US: 51 1/2’’ / CAN: 55’’
US: 44 1/2’’ / CAN: 48’’
J K
L M O N
42” ’
49’’
E E
HEARTH EXT
US: 35 1/4 ’’ US: 28 1/4’’
CAN: 34 3/4’’ CAN: 27 3/4’’
30 3/8” 16” 19 3/8” 15”
Double Wall Connector
Rear Heat Shield with
Connector Shields or
G 13 1/8” G N N
12 1/8”
US: 45 1/2’’ / CAN: 49’’
US: 44 1/2’’ / CAN: 48’’
J* H G N
C O
43’’ 42”
E HEARTH EXT
E
HEARTH EXT
*24” (610mm) with Double-wall
US: 29 1/4 ’’ US: 28 1/4’’
CAN: 28 3/4’’ CAN: 27 3/4’’
NOTE: Figures are not to scale
11Jøtul F1 500 Oslo V3
24 3/4’’
CL
Heat Output Range: 13,200 to 37,000 BTU/hr. (3.9-10.8 kW)
Max. Heat Output: Up to 70,000 BTU/hr.
2
Heating Capacity: Up to 2000 sq. ft. 28 1/2”
28 1/2’’
Maximum Burn Time:2 Up to 9 hours 25’’
EPA Efficiency:3 HHV: 78.40% LHV: 84.73%
CO Emissions:4 .50 g/min.
Pariculate Emissions:5 .50 g/hr. 28 1/4”
Fuel Length: Up to 24” Logs 16 1/4”
Figure 48 . F 500 Oslo dimensions.
Weight: 445 lbs See clearance chart for flue
collar centerline positions.
18”
Bottom Heat Shield included
Alcove Installation
Optional Accessories Requirements 48”
• Rear Heat Shield #154332 14” 14”
• The side load door must be locked
• Outside Air Kit #154335 closed unless a 36” clearance can be
• Blower Kit #156431 maintained to that side. Use Side
• Floor Bracket Kit #750304 Door Lock Kit #155850 to permit
installation. 56 1/2”
• Side Door Lock Kit #155850
• Stovetop Thermometer #5002 • Chimney connection requires listed Figure 5o. Alcove with unproteced wall clearances.
double-wall pipe.
• Optional Bottom Heat Shield must 12”
Hearth Protection be installed.
A Bottom Heat Shield is provided • UL/ULC or WH listed hearth pad or
48”
with the stove. Follow these a noncombustible material having a 6” 6”
guidelines to form approved hearth minimum R value of 1.6.
protection: • If used, wall protection must extend
• The hearth protection must 48” (122 cm) from the floor, including
extend 18” from both the front bottom air space.
40 1/2”
and side door openings. • Min. Ceiling & Connector Clearance,
• Any UL, ULC or Warnock-Hersey Fig. 52. Figure 51. Alcove with protected wall clearances.
listed hearth board. (no bottom A: Top or Rear Exit from hearth
heat shield required)
Unprotected: 69 1/2”
• Any noncombustible material 6”
Protected: 43 1/2”
that has a minimum R-value
of 1.6 (no bottom heat shield Fireplace Clearances
required).
A: Stove to Mantel, max. depth 12”: 30” 6”
• A Bottom Heat Shield is required
B: Stove to Top Trim, 1” thick or less: 16”
for alcove installation. A
C: Stove to Side Trim, 1” thick or less: 12”
2” Min.
Wall Shield
Height
48”
8”
18” 8” Min. depth
50 1/2”
Max. Depth
48”
18”
Figure 52. Alcove Ceiling and Double-wall
Min. width 54 1/4’’” Figure 49. Mantel & Trim Clearances. Connector Clearances.
Figure 47. Minimum Hearth Dimensions.
1
Heat Output Range results are determined during specific emissions tests established by the EPA.
2
3
Heating Capacity and Maximum Burn Time will vary depending on design of home, climate, wood type and operation
EPA Validated Efficiency:
High Heat Value and Low Heat Value efficiencies are determined per the CSA B415.1-10 test method. The difference between the
HHV and LHV is in how the energy in the exhaust gas water vapor is accounted.
LHV efficiency assumes all the water vapor in combustion gas was condensed and the heat from such was recovered and
transferred to the dwelling. HHV calculations do not assume all water vapor is condensed, therefore the HHV value is less than
the LHV value.
4
Carbon Monoxide Emissions rate results from Test Method CSA B415.1-10.
12 5.
Particulate Emissions rate is obtained using EPA Test Methods: ALT-125 (Cordwood Fuel), ASTM E2515-11, ASTM E3053-17Stove Clearance Diagrams Jøtul F 500 Oslo V3
PROTECTED WALLS
UNPROTECTED WALLS PER NFPA211 OR CAN/CSA- B365-M93
CORNER TO FRONT FLOOR CORNER TO FRONT FLOOR
FRONT FLOOR PROTECTION FRONT FLOOR PROTECTION
SIDE REAR CORNER* PROTECTION** WIDTH** SIDE REAR CORNER* PROTECTION** WIDTH**
D E I E
Single Wall Pipe A B C G F H
US: 65 1/2'' US: 34 1/8" US: 59 7/8" US: 34 1/8"
No Heatshields 14" 18" 13" 6" 12" 9"
CAN: 67 1/2'' CAN: 44 1/4'' CAN: 61 7/8'' CAN: 44 1/4''
I E I E
Single Wall Pipe w/Rear A J H G J H
US: 59 7/8" US: 34 1/8" US: 59 7/8" US: 34 1/8"
Heatshield 14" 10" 9" 6" 10" 9"
CAN: 61 7/8'' CAN: 44 1/4'' CAN: 61 7/8'' CAN: 44 1/4''
I E K E
Stove with Rear Heatshield A G H G G G
US: 59 7/8" US: 34 1/8" US: 55 5/8'' US: 34 1/8"
With connector shield 14" 6" 9" 6" 6" 6"
CAN: 61 7/8'' CAN: 44 1/4'' CAN: 57 5/8'' CAN: 44 1/4''
G I E K E
Double Wall Pipe with Rear A H G G G
US: 59 7/8" US: 34 1/8" US: 55 5/8'' US: 34 1/8"
Heatshield 14" 6" 9" 6" 6" 6"
CAN: 61 7/8'' CAN: 44 1/4'' CAN: 57 5/8'' CAN: 44 1/4''
*Use of the left side load door is prohibited in Alcove and Corner installations. Use **US and CAN measurements are not the same and
Side Door Lock Kit # 155850 to permit installation. are not interchangeable.
UNPROTECTED WALLS PROTECTED WALLS
PER NFPA 211 OR CAN/CSA-B365-M93
28 1/8” 20 1/2” 20 1/8” 16 1/2”
Single Wall Pipe
B F 15 1/8” H
No Heatshields
US: 54 1/2’’ / CAN: 59 1/2’’
21 1/8” C US: 58 1/2’’ / CAN: 63 1/2’’
G I H
A D C 48 5/8”
48 5/8”
E E
HEARTH EXT HEARTH EXT
US: 34 1/4’’ US: 30 1/4 ’’
CAN: 32’’ CAN: 28’’
28 1/8” 16 1/2” 20 1/8” 16 1/2”
Single Wall Pipe
J H H
US: 54 1/2’’ / CAN: 59 1/2’’
13 1/8” J 13 1/8”
US: 54 1/2’’ / CAN: 59 1/2’’
w/ Heatshields
A I H G I H
46 5/8”
46 5/8’’
E E
HEARTH EXT HEARTH EXT
US: 30 1/4’’ US: 30 1/4 ’’
CAN: 28’’ CAN: 28’’
28 1/8” 16 1/2”
Stove with Rear Heatshield
20 1/8” 131/2”
G 9 1/8” H G G
w/connector shield
US: 54 1/2’’ / CAN: 59 1/2’’
9 1/8”
US: 51 1/2’’ / CAN: 56 1/2’’
A I G
H K G
46 5/8’’ 51 3/4”
E E
HEARTH EXT HEARTH EXT
US: 30 1/4’’ US: 27 1/4’’
CAN: 28’’ CAN: 25’’
28 1/8” 16 1/2” 20 1/8” 131/2”
w/ Rear Heatshield
G 9 1/8” G G
US: 51 1/2’’ / CAN: 56 1/2’’
US: 54 1/2’’ / CAN: 59 1/2’’
H
Double wall pipe
9 1/8”
A I G K
46 5/8’’
H 51 3/4” G
E HEARTH EXT
E
HEARTH EXT
US: 30 1/4’’ US: 27 1/4’’
CAN: 28’’ CAN: 25’’
NOTE: Figures are not to scale
1325 7/8”
Jøtul F 45 V2 Greenville
22 1/4”
Heat Output Range:1 16,748 to 58,657 BTU/hr.
Max. Heat Output: 55,000 BTU/hr.
2 12’’ x 8’’
Heating Capacity: Up to 1,800 sq. ft. Viewing Area
Maximum Burn Time:2 Up to 10 hours 29 3/4”
25 7/8” 29 1/2”
EPA Efficiency:3 HHV: 71 % LHV: 76.55%
CO Emissions:4 1.48 g/min
5
Pariculate Emissions: 1.80 g/hr - Cord Wood
Fuel Length: Up to 18” Logs 21 1/4”
22 3/4”
Weight: 445 lbs
Figure 60. F 45 Greenville dimensions. See clearance chart
Bottom Heat Shield included for flue collar centerline positions.
Optional Accessories
• Stove Gloves #157363 Alcove Installation
• Stove Top Thermometer #5002 Requirements 17”
• Outside Air Kit #157637 • Short Leg option is not approved for
• Mobile Home Bracket Kit #157321 use in Alcove installations. Maximum
• Blower Kit #156431 • Chimney connection requires listed 48”
• Short Leg Kit #157636 double-wall pipe.
• UL/ULC or WH listed hearth pad or
a noncombustible material having a 14”
Hearth Protection minimum R value of 0.5.
14”
50 1/4”
Any floor that is not composed of concrete • If used, wall protection must extend
poured on earth requires protection 48” from the floor, including bottom air
from sparks and embers. The Jøtul F 45 Figure 62. Alcove with no wall protection.
space.
Greenville is approved for installation
using one of the following forms of • Min. Ceiling & Connector Clearance,
hearth protection: Fig. 64.
• Any UL, ULC, or Warnock Hersey Listed A: Top or Rear Exit from hearth
7”
Type 1 hearth board. Unprotected: 72”
• Any noncombustible material. Protected: 65” Maximum
• Hearth protection must extend 8” 48”
from the sides and back and 16” from Fireplace Clearances - Fig. 61
the front door opening (18” in Canada) A: Stove to Mantel, max. depth 12”:
• In a rear vent installation, floor 20”
protection must also extend under the 6” 6”
B: Floor to Mantel:
stove pipe a minimum of 2” beyond 34 1/4”
either side. See figure 59 49.75”
C: Stove to Top Trim, 1” thick or less: Figure 63. Alcove with wall protection.
16”
D: Stove to Side Trim, 1” thick or less:
2”
2” 8”
*8” 18”
44”
16”
*52”
A
16”
*18”
1220 mm
48”
8”
30”
*39”
Figure 59. Minimum Hearth Dimensions.
* Denotes requirement for Canada.
Figure 61. Mantel & Trim Clearances.
1
Heat Output Range results are determined during specific emissions tests established by the EPA. 48”
2
3
Heating Capacity and Maximum Burn Time will vary depending on design of home, climate, wood type and operation 1220 mm
EPA Validated Efficiency: Figure 64. Alcove Ceiling and Double-wall
High Heat Value and Low Heat Value efficiencies are determined per the CSA B415.1-10 test method. The difference between the
HHV and LHV is in how the energy in the exhaust gas water vapor is accounted. Connector Clearances.
LHV efficiency assumes all the water vapor in combustion gas was condensed and the heat from such was recovered and
transferred to the dwelling. HHV calculations do not assume all water vapor is condensed, therefore the HHV value is less than
the LHV value.
4
Carbon Monoxide Emissions rate results from Test Method CSA B415.1-10.
5.
Particulate Emissions rate is obtained using EPA Test Methods: ALT-125 (Cordwood Fuel), ASTM E2515-11, ASTM E3053-17
14Stove Clearance Diagrams Jøtul F 45 V2 Greenville
PROTECTED WALLS
UNPROTECTED WALLS
PER NFPA211 OR CAN/CSA- B365-M93
CORNER TO FRONT FLOOR CORNER TO FRONT FLOOR
SIDE REAR CORNER FRONT FLOOR PROTECTION SIDE REAR CORNER FRONT FLOOR PROTECTION
PROTECTION** WIDTH** PROTECTION** WIDTH**
D E I J
Single Wall Connector A B C F G H
US: 65 1/2'' US: 30 7/8'' US: 54 7/8" US: 30 7/8''
15" 16" 11" 5" 4" 3.5"
CAN: 67 1/2'' CAN: 38 1/4'' CAN: 56 7/8'' CAN: 38 1/4''
D E I J
Single Wall Connector A K C F G H
w/Flue Collar Heat Shield US: 65 1/2'' US: 30 7/8'' US: 54 7/8" US: 30 7/8''
15" 10" 11" 5" 4" 3.5"
CAN: 67 1/2'' CAN: 38 1/4'' CAN: 56 7/8'' CAN: 38 1/4''
L D E I J
Double Wall Connector A C F G H
US: 65 1/2'' US: 30 7/8'' US: 54 7/8" US: 30 7/8''
15" 6" 11" 5" 4" 3.5"
CAN: 67 1/2'' CAN: 38 1/4'' CAN: 56 7/8'' CAN: 38 1/4''
L D E I J
Double Wall Connector A C F G H
w/Flue Collar Heat Shield US: 65 1/2'' US: 30 7/8'' US: 54 7/8" US: 30 7/8''
15" 6" 11" 5" 4" 3.5"
CAN: 67 1/2'' CAN: 38 1/4'' CAN: 56 7/8'' CAN: 38 1/4''
**US and CAN measurements are not the same and are
not interchangeable.
UNPROTECTED WALLS PROTECTED WALLS
PER NFPA 211 OR CAN/CSA-B365-m93
26 1/2’’ 20’’ 16 1/2’’ 12 1/2’’
Single Wall Connector
G H
US: 49 1/4 ’’ / CAN: 53 3/4’’
20’’ C
US: 56 3/4’’ / CAN: 61 1/4’’ 7’’ 12 1/2’’
19 1/8’’ B
CAN: 34 1/4’’
US: 35 3/4”’’
A
D F I
C H
E J
HEARTH EXT HEARTH EXT US: 28 1/4’’
CAN: 26 3/4’’
26 1/2’’ 20’’ 16 1/2’’ 12 1/2’’
with Flue Collar Shield
Single Wall Connector
K 13’’ G H
US: 49 1/4 ’’ / CAN: 53 3/4’’
20’’ C 7’’
US: 56 3/4’’ / CAN: 61 1/4’’
12 1/2’’
CAN: 34 1/4’’
US: 35 3/4”’’
A
C F
H
D I
E J
HEARTH EXT HEARTH EXT US: 28 1/4’’
CAN: 26 3/4’’
26 1/2’’ 20’’ 16 1/2’’ 12 1/2’’
Double Wall Connector
L 9’’ C G 12 1/2’’ H
US: 49 1/4 ’’ / CAN: 53 3/4’’
7’’
US: 56 3/4’’ / CAN: 61 1/4’’
20’’
CAN: 34 1/4’’
US: 35 3/4”’’
A
C H
D F I
E J
HEARTH EXT HEARTH EXT US: 28 1/4’’
CAN: 26 3/4’’
26 1/2’’ 20’’ 16 1/2’’ 12 1/2’’
Double Wall Connector
with Flue Collar Shield
L 9’’ H
C G
US: 49 1/4 ’’ / CAN: 53 3/4’’
7’’
US: 56 3/4’’ / CAN: 61 1/4’’
20’’ 12 1/2’’
CAN: 34 1/4’’
US: 35 3/4”’’
A
C H
D F I
E J
HEARTH EXT
HEARTH EXT US: 28 1/4’’
CAN: 26 3/4’’
NOTE: Figures are not to scale
15Jøtul F 55 V2 Carrabassett 27 5/8”
27 1/4”
Heat Output Range:1 18,962 to 84,311 BTU/hr.
Heating Capacity:2 Up to 2,300 sq. ft.
Maximum Burn Time:2 Up to 10 hours
EPA Efficiency:3
30 5/8”
HHV: 67.97% LHV: 73.13% 15 1/2” x 10 1/2”
30 5/8”
Viewing
Area
CO Emissions:4 1.06 g/min.
5
Pariculate Emissions: 1.31 g/hr
Fuel Length: Up to 18” Logs (Front to Back)
7
1/2”
Weight: 475 lbs
17 3/8”
Bottom Heat Shield included
Optional Accessories Figure 72. F 55 Carrabassett dimensions. See clearance
chart for flue collar centerline positions.
• Stove Gloves #157363
• Stove Top Thermometer #5002 Fireplace Clearances
• Outside Air Kit #158208
A: Stove to Mantel, max. depth 12”:
• Mobile Home Bracket Kit 35”
#157321 B: Floor to Mantel: 66”
• Blower Kit #156431 C: Stove to Top Trim, 1” thick or less:
31”
• Short Leg Kit #158209
D: Stove to Side Trim, 1” thick or less:
Hearth Protection 14”
Any floor that is not composed of Figure 73. Mantel & Trim Clearances.
concrete poured on earth requires Alcove Installation
protection from sparks and Requirements
19”
embers. The Jøtul F 55 Carrabassett
• Chimney connection requires
approved for installation using one
listed double-wall pipe.
of the following forms of hearth
Maximum
protection: • Optional Bottom Heat Shield must 48”
• Any UL, ULC, or Warnock Hersey be installed.
Listed Type 1 hearth board. • UL/ULC or WH listed hearth pad or
• Any noncombustible material. a noncombustible material having
• Hearth protection must extend 8” a minimum R value of 0.5.
16” 16”
from the sides and back and 16” • Min. Ceiling Clearance from hearth
59 1/2”
from the front door opening (18 Fig. 76.
1/8’’ in Canada) Figure 74. Alcove with no wall protection.
A: Unprotected: 72”
• In a rear vent installation, floor Protected: 59”
protection must also extend under
the stove pipe a minimum of 2” • Wall and ceiling protection, if 8”
beyond either side. See figure 71. used, must extend over the entire
area.
Maximum
2”
48”
18”
2”
*8”
18”
6”
6”
40 3/4”
A 39 1/2”
*50 1/2” Figure 75. Alcove with wall protection.
48”
16”
*18”
8” 33”
*43 1/2” 8” 48”
Figure 71. Minimum Hearth Dimensions. Figure 76. Alcove Ceiling and Double-wall
* Denotes requirement for Canada. Connector Clearances.
1
Heat Output Range results are determined during specific emissions tests established by the EPA.
2
3
Heating Capacity and Maximum Burn Time will vary depending on design of home, climate, wood type and operation
EPA Validated Efficiency:
High Heat Value and Low Heat Value efficiencies are determined per the CSA B415.1-10 test method. The difference between the
HHV and LHV is in how the energy in the exhaust gas water vapor is accounted.
LHV efficiency assumes all the water vapor in combustion gas was condensed and the heat from such was recovered and
transferred to the dwelling. HHV calculations do not assume all water vapor is condensed, therefore the HHV value is less than
the LHV value.
16 4
Carbon Monoxide Emissions rate results from Test Method CSA B415.1-10.
5.
Particulate Emissions rate is obtained using EPA Test Methods: ALT-125 (Cordwood Fuel), ASTM E2515-11, ASTM E3053-17Stove Clearance Diagrams
Jøtul F 55 V2 Carrabassett
PROTECTED WALLS
UNPROTECTED WALLS
PER NFPA211 OR CAN/CSA- B365-M93
CORNER TO FRONT FLOOR CORNER TO FRONT FLOOR
SIDE REAR CORNER FRONT FLOOR PROTECTION SIDE REAR CORNER FRONT FLOOR PROTECTION
PROTECTION** WIDTH** PROTECTION** WIDTH**
N S O U
Single Wall Connector A B C C D E
US: 66 1/8'' US: 32 7/8'' US: 59 3/4'' US: 32 7/8''
14" 18" 12" 12" 8" 7 1/2"
CAN: 68 1/8'' CAN: 43 1/2'' CAN: 61 3/4'' CAN: 43 1/2''
P S Q U
Single Wall Connector F G H US: 64 3/4''
D I I US: 56 1/4''
US: 32 7/8'' US: 32 7/8''
w/Flue Collar Heat Shield 16" 10" 11" 8" 5" 5"
CAN: 66 3/4'' CAN: 43 1/2'' CAN: 58 1/4'' CAN: 43 1/2''
N S Q U
Double Wall Connector A J C K D I US: 56 1/4''
US: 66 1/8'' US: 32 7/8'' US: 32 7/8''
14" 9" 12" 6" 8" 5"
CAN: 68 1/8'' CAN: 43 1/2'' CAN: 58 1/4'' CAN: 43 1/2''
N S R U
Double Wall Connector A K C I K L US: 52 3/4''
US: 66 1/8'' US: 32 7/8'' US: 32 7/8''
w/Flue Collar Heat Shield 14" 6" 12" 5" 6" 2.5"
CAN: 68 1/8'' CAN: 43 1/2'' CAN: 54 3/4'' CAN: 43 1/2''
**US and CAN measurements are not the same and are
not interchangeable.
NOTE: Figures are not to scale
17PROTECTED
Chimney Connector UNPROTECTED
SURFACE
Clearances SURFACE per NFPA 211 or
CAN/CSA B-365-M93
Single Wall 18’’/460 mm 9’’/ 230 mm
A
Double Wall Mfg’s Listing Mfg’s Listing
F 602 A
Single Wall
Chimney Connector Diagram
CB V2*
18” / 460 mm 6” / 150 mm
B
Double Wall
B
Mfg’s Listing Mfg’s Listing
Single Wall 18’’/ 460 mm 12’’/ 300 mm
A
F500
Double Wall
A
6” / 180 mm 6” / 180 mm
Oslo V3 Single Wall
B
18” /460 mm 12” / 300 mm
Double Wall 6” / 150 mm 6” / 150 mm
B
Single Wall 15” / 460 mm 5” / 300 mm
A
F45 V2 Double Wall
A
15’’ / 180 mm 5’’ / 180 mm
Greenville Single Wall 16’’ / 460 mm 4’’ / 300 mm
B
Double Wall 6’’ / 150 mm 7’’ / 150 mm
B
Single Wall 14’’ / 460 mm 12’’ / 300 mm
A
F55 V2 Double Wall 14’’ / 180 mm 6’’ / 180 mm
A
Carrabasset
Single Wall 18’’ / 460 mm 8’’ / 300 mm
B
Double Wall 9’’ / 150mm 8’’ / 150 mm
B
18This page is intentionally left blank
19Jøtul has a policy of constant improvement and upgrading. Products therefore may differ in
specification, design, material, cost or dimensions at any time without prior notice.
April 2020-Rev. C
2021
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