INSTALLTION
PAGE 15
VENT TERMINATION
Do not terminate vent in an enclosed or semi-enclosed
area such as: carports, garage, attic, crawl space, under
a deck, porch, narrow walkway, closely fenced area, or
any location that can build up a concentration of fumes
such as a stairwell, covered breezeway etc.
Vent surfaces can get hot enough to cause burns if
touched. Adults should supervise children when they are
in the area of a hot stove. Non-combustible shielding or
guards may be required.
Termination Cap:
The termination of the outside chim-
ney of the pellet stove shall be located in accordance with
the following:
A. Higher than 3’ (.92m) above any forced air inlet (air
conditioner, etc.) located within 10’ (3m).
B. Not less than 4’ (1.2m) below, 4’ (1.2m) horizontally
from or 1’ (3.1m) above any gravity air inlet (door, win-
dow, etc.) which flue gases could re-enter the dwelling.
C. Not less than 2’ (.6m) from combustible materials such
as an adjacent buildings, fences, protruding parts of the
structure, roof overhang, plants and shrubs, etc. and
not less than 7’ (2.1m) above grade when located adja-
cent to the public sidewalks (access). The final termina-
tion of the exhaust system must be configured so that
flue gases do not jeopardize the safety of people pass-
ing by, overheat combustible portions of nearby struc-
tures or enter the dwelling.
D. Not less than 3’ (.92m) below an eave (maximum
overhang of 3’ (.92m) or any construction that pro-
jects more than 2” (51mm) from the plane of the wall.
E. The distance from the bottom of termination to grade
is 12” (305mm) minimum. This is conditional upon
plants and nature of grade surface: Be careful to
choose a location for the vent termination, which
does not expose people or shrubs to high heat from
the exhaust gases. The exhaust gases are not hot
enough to ignite grass, plants and shrubs located in
the vicinity of the termination although they should be
a minimum of 3’ (.92m) away. The grade surface un-
der the termination must not be a lawn.
F.
Since sparks may escape from the exhaust pipe of
any stove, use caution when positioning the vent
pipe. Refer to pipe manufacturer’s instructions when
installing and terminating the exhaust. The vent pipe
should be horizontal and
never run the pipe in a
downward direction
(recommend a ¼” (7mm) rise
per foot horizontal).
Notes:
•
It is not recommended to terminate exhaust vent on the
prevailing wind side of the house.
•
It is not recommended using a termination cap with a
screen (fly ash can collect in a screen resulting in
blockage).
Site Built Residential Home
Chimney Height Requirements
The vent termination height required is - USA, 1-foot
minimum; Canada 3-feet minimum above the roof pene-
tration point as illustrated below (Ref. USA - National
Standard, NFPA 211, Clause 7-4.1 and Canada National
Standard CSA B365-01, Clause 5.6). Check with your
local building official for additional requirements for your
area.
Manufactured (Mobile) Home
Chimney Height Requirements
The chimney must extend 3’ (.92m) above the level of
roof penetration and a minimum of 2’ (.61m) higher than
any roof surface within 10’ (3m) (see below). Check with
your local building officials for additional requirements for
your area.
To pass inspection in nearly any jurisdiction, the chimney
must meet both safety and exhaust flow requirements.
The (3’ by) 2’ by 10’ rule applies to both masonry and
factory built chimneys.
* Ref. NFPA 211 Clause 7 – 4.1.2, Vents installed with a
listed cap shall terminate in accordance with the terms
of the cap’s listings.
REQUIRES A LISTED
TERMINATION CAP *
TOP OF FLUE MUST BE 2’
HIGHER THAN ANY PART OF
ROOF WITHIN 10’ HORIZONTAL
TOP OF FLUE MUST BE 3’ HIGHER THAN
HIGHEST POINT OF ROOF PENETRATION
TERMINATION
CAP MUST BE
LISTED TO UL
641 AND ULC
S609 *
TERMINATION HEIGHT IS
MEASURED ABOVE THE
HIGHEST POINT WHERE
IT PASSES THROUGH
THE ROOF SURFACE.
USA 1 Foot Minimum
CANADA 3 Feet Minimum
Summary of Contents for Advantage Optima 2 FS
Page 38: ...WIRING DIAGRAM PAGE 38 ...
Page 44: ...REPLACEMENT PARTS DIAGRAMS PAGE 44 5 6 8 10 13 14 9 12 7 11 ...
Page 45: ...REPLACEMENT PARTS DIAGRAMS PAGE 45 15 16 17 19 20 22 24 25 26 27 18 23 ...
Page 46: ...REPLACEMENT PARTS DIAGRAMS PAGE 46 30 37 38 40 41 29 28 33 34 39 31 32 35 ...
Page 47: ...REPLACEMENT PARTS DIAGRAMS PAGE 47 43 44 45 46 47 42 ...
Page 49: ...INSTALLATION TIPS PAGE 49 ...