Owner`s manual
 Stove Installation (for qualified installers only) 11 
© Travis Industries  100-01252_000  4101004 
Chimney Requirements 
•  DO NOT CONNECT THIS UNIT TO A CHIMNEY FLUE SERVING ANOTHER APPLIANCE. 
•  DO NOT CONNECT TO OR USE IN CONJUNCTION WITH ANY AIR DISTRIBUTION DUCTWORK 
UNLESS SPECIFICALLY APPROVED FOR SUCH INSTALLATIONS 
•  IN CANADA: This appliance must be connected to a factory-built chimney conforming to CAN/ULC-
S629, Standard for 650°C Factory-Built Chimneys. 
•  UL 103 HT Chimney must be used from the first ceiling or floor penetration to the chimney cap. 
•  Use 6" diameter type UL 103 HT chimney from one manufacturer (do not mix brands) or code 
approved masonry chimney with a flue liner. 
•  Chimney must be fastened to each adjoining section. 
•  Follow the chimney manufacturer's clearances and requirements. 
•  Use the chimney manufacturer's fire stops, attic guards, roof supports, and flashings when passing 
through a ceiling (see “b” below). 
•  No more than 180
o
 of elbows (two 90
o
 elbows, or two 45
o
 & one 90
o
 elbow, etc.) may be used for the 
entire system (connector and chimney). 
NOTE: Additional elbows may be allowed if draft is sufficient. Whenever elbows are used the draft is 
adversely affected. Additional chimney height may be required to boost draft. 
(a) Min. System Height 15’ 
Max. System Height 33’ 
(b) Roof Penetration and Termination (see 
chimney manufacturer’s requirements) 
(c)  Chimney Sections 
(d) Floor Penetration (see chimney manufacturer’s 
requirements) 
(e) Min. air space to combustibles (see chimney 
manufacturer’s requirements – typically 2”) 
(f)  Connector – see “Chimney Connector” on the 
previous page. 
}
}
}
a
b
c
d
e
f
f
b
Figure 4 
Drafting 
Performance 
This appliance relies upon natural draft to operate. External forces, such as wind, 
barometric pressure, topography, or factors of the home (negative pressure from exhaust 
fans, chimneys, air infiltration, etc.), may adversely affect draft. Travis Industries can not be 
responsible for external forces leading to less than optimal performance. 










