Heat & Glo ST-HVBI-AU User manual

1
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
INSTALLATION AND OPERATION INSTRUCTIONS
THIS PRODUCT MAY BE COVERED BY ONE OR MORE OF THE FOLLOWING PATENTS:
(United States) 4593510, 4686807, 4766876, 4793322, 4811534, 5000162, 5016609, 5076254, 5113843, 5191877, 5218953, 5263471, 5328356, 5341794, 5347983, 5429495,
5452708, 5542407, 5601073, 5613487, 5647340, 5688568, 5762062, 5775408, 5890485, 5931661, 5941237, 5947112, 5996575, 6006743, 6019099, 6048195, 6053165, 6145502,
6170481,6237588,6296474,6374822, 6413079,6439226, 6484712,6543698, 6550687,6601579, 6672860,6688302B2, 6715724B2,6729551, 6736133, 6748940, 6748942, D320652,
D445174, D462436; (Canada) 1297749, 2195264, 2225408; (Australia) 543790;586383; (Mexico) 97-0457; (New Zealand) 200265; or other U.S. and foreign patents pending.
THIS MANUAL MUST BE USED FOR INSTALLATION AND RETAINED
BY HOMEOWNER FOR OPERATION AND MAINTENANCE.
MODEL: ST-HVBI-AU
AUSTRALIAN GAS ASSOCIATION CERTIFIED
CERTIFICATE NUMBER 6027
WARNING
This appliance has been supplied with an integral barrier to prevent direct contact with the
fixed glass panel. DO NOT operate the appliance with the barrier removed.
HOT SURFACES!
Glass and other surfaces are hot during operation AND cool down.
Hot glass will cause burns.
• DO NOT touch glass until it is cooled
• NEVER allow children to touch glass
• Keep children away
• CAREFULLY SUPERVISE children in same room as fireplace.
• Alert children and adults to hazards of high temperatures.
High temperatures may ignite clothing or other flammable materials.
• Keep clothing, furniture, draperies and other flammable materials away.
HEAT & GLO, a brand of Hearth & Home Technologies Inc.
7571 215th Street West, Lakeville, MN 55044, USA, www.heatnglo.com

2Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
IMPORTANT: Read all instructions carefully before starting installation.
Failure to follow these installation instructions may result in a possible fire
hazard and will void the warranty. Save this manual for future reference.
MODEL ST-HVBI-AU
IS AUSTRALIAN GAS ASSOCIATION
APPROVED FOR NATURAL GAS OR
PROPANE AS A BALANCED FLUE HEATER.
Referto the appliancedata platesforgas consump-
tions and pressures.
Installation of this appliance should only be carried
out by an authorized person in accordance with the
manufacturers instructions. All relevant codes and
regulations laid down by the gas fitting authorities,
municipal building regulations, electrical wiring
regulations, and the requirements of the AGA Gas
Installation Code must be observed.
This appliance and its components are tested and
safewhen installedin accordancewith thisInstalla-
tion Manual. Report to your dealer any parts dam-
agedinshipment,specificallycheck glass condition.
The gas logs and flue system components are in
separate packages. Read all instructions before
starting installation and follow these instructions
PLEASE READ THIS MANUAL BEFORE INSTALLING AND
USING THIS APPLIANCE.
carefully during installation to ensure maximum
benefit and safety. Failure to follow them will void
your warranty and may present a fire hazard.
The Heat & Glo warranty will be voided by, and
Heat & Glo disclaims any responsibility for the fol-
lowing actions:
• Installation of any damaged heater or flue
system component
• Modification of the heater or balanced flue
system installation other than as instructed by
Heat & Glo.
• Improper positioning of the gas logs or the
glass door
• Installation and/or use of any component part
not manufactured or approved by Heat & Glo,
not withstanding any independent testing
laboratory or other party approval of such
component part or accessory.
Heat & Glo, a brand of Hearth & Home Technologies, Inc.
7571 215th Street West, Lakeville, MN 55044
Copyright 2009 • Printed in U.S.A.

3
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
TABLE OF CONTENTS
1.0 INSTALLATION INSTRUCTIONS......................................................................4
1.1 Locating the Heater.....................................................................................5
1.2 Framing the Heater......................................................................................6
1.3 Flue System Approvals and Installations.....................................................9
1.4 Connecting the Gas Supply.........................................................................21
1.5 Ignition System Wiring.................................................................................21
1.6 Blower Wiring ..............................................................................................22
1.7 Mantel Clearances.......................................................................................23
1.8 Log Placement.............................................................................................24
1.9 Installer Testing............................................................................................27
2.0 OPERATING INSTRUCTIONS. .........................................................................27
2.1 Operation Cautions......................................................................................28
2.2 Safety and Lighting Information...................................................................29
2.3 Power Outage..............................................................................................29
2.4 Fan Operation..............................................................................................30
3.0 SERVICING AND MAINTENANCE. ..................................................................30
3.1 Removal of Covers for Servicing.................................................................31
3.2 Removal of Components for Service...........................................................31
3.3 Parts Replacement......................................................................................31
3.4 Adjustments and Replacement Parts..........................................................31
3.5 Troubleshooting...........................................................................................32
4.0 REPLACEMENT PARTS...................................................................................35
Limited Warranty ................................................................................................37

4Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 1. Diagram of the ST-HVBI-AU
1.0 INSTALLATION INSTRUCTIONS
When planning a heater installation, it’s necessary to
determine:
• Where the unit is to be installed.
• The flue system configuration to be used.
• Gas supply piping.
• Electrical wiring.
• Framing and finishing details.
• Whether optional accessories—devices such as
wall switch, or remote control—are desired.
If the heater is to be installed on carpeting or tile, or on
anycombustible materialother than wood flooring, the
heater should be installed on a metal or wood panel
that extends the full width and depth of the heater.
32-1/2 in.
(816mm)
36-3/16 in.
(919.3mm)
2-1/4 in.
(58mm)
4-3/4 in.
(121mm)
4-1/2”
(114mm)
4-1/16”
(102mm)
34-3/4 in.
(882mm) 4-1/2”
(114mm)
2-9/16”
(64mm)
24 in.
(610m)
9-11/16”
(245mm)
17-15/16”
(456mm)
42”
(1067mm)
ELECTRICAL
ACCESS
GAS LINE
ACCESS
Ø8”
(202mm)
12”
(306mm) 46-5/8”
(1184mm)
Ø7-7/8”
(202mm)
12”
(306mm)
5-1/4”
(132mm) ½”
(13mm)
FLUE COLLAR
TOP STANDOFFS
FLUE
COLLAR
TOP
LOUVER
ACCESS
DOOR
GAS CONTROLS
& LABELS
GAS LINE
ACCESS ELECTRICAL
ACCESS

5
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
1.1 Locating the Heater
The diagram below shows space and clearance re-
quirements for locating a heater within a room.
Minimum Clearances
from the Heater to Combustible Materials
Figure 2. Heater Dimensions and Locations
Forminimumclearances,seethedirectfluetermination
clearance diagrams on pages 6 and 7 in this manual.
Minimum Clearances
from the Flue Pipe to Combustible Materials
* The clearance to the ceiling is measured from
the top of the unit, excluding the standoffs (see
Figures 1 and 2).
Thedistance fromthe unitto combustibleconstruction
is to be measured from the unit outer wrap surface to
the combustible construction, NOT from the screw
heads that secure the unit together.
mm inches
Glass Sides or Ends..........914 ...................36
Floor ....................................0 ......................0
Rear Flue............................13 ................... 1/2
Metal Sides or Ends ...........13 ................... 1/2
Top......................................64 ..................2-1/2
Ceiling*..............................787 ...................31
mm Inches
Vertical Sections..............25.................1
Horizontal Sections
Top.....................................75.................3
Bottom...............................25.................1
Sides..................................25.................1
At Wall Firestops
Top.....................................64..............2-1/2
Bottom...............................13............... 1/2
Sides..................................25.................1
Clearance Requirements
The top, back, and sides of the heater are defined by
stand-offs.The minimumclearance toa perpendicular
wall extending past the face of the heater is 25 mm
(1 in.). The metal ends of the heater may NOT be
recessed into combustible construction.
914 mm
GLASS
GLASS
914 mm

6Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
A
C
B
D*
E*
A B C D * E *
42-5/8 in. 42-1/2 in. 23 in. 35 in. 53-3/4 in.
(1.21 m) (1.08 m) (584 mm) (889 mm) (1.37 m)
Figure 3. Framing Dimensions
* Note: These dimensions show the center of
the horizontal flue pipe. The center of the
framing hole is one inch (25.4 mm) above
the center of the flue pipe. Framing should
be constructed of 51 mm x 102 mm (2 in. x
4 in.) lumber or heavier.
1.2. Framing the Heater
Framing can be built before or after the heater is set
in place. Framing should be positioned to accommo-
date wall coverings and heater facing material. The
diagram below shows framing reference dimensions.
CAUTION: MEASURE HEATER DIMENSIONS AND
VERIFY FRAMING METHODS AND WALL COVER-
ING DETAILS, BEFORE FRAMING CONSTRUC-
TION BEGINS.
!
WARNING: FRAMING DIMENSIONS AS-
SUME USE OF 1/2 INCH (12.7 MM) (THICK
WALL COVERING MATERIALS ON EXTE-
RIOROFFRAMING ONLYANDNOSHEET-
ROCK ON INTERIOR OF FRAMING.

7
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
NOTES: 1. All distances are measured vertically or horizontally along the wall to a point
in line with the nearest part of the terminal.
2. Prohibited area below electricity meter or fuse box extends to ground level.
3. See clause 5.13.6.6 for restrictions on a flue terminal under a roofed area.
4. See Appendix J, Figure J1(a) and J2(a) for clearances required from a flue
terminal to a LP Gas cylinder. A flue terminal is considered to be a source of ignition.
MINIMUM CLEARANCES REQUIRED FOR BALANCED FLUE TERMINALS
OR THE FLUE TERMINALS OF OUTDOOR APPLIANCES
Figure 4
a - Below eaves, balconies or other projections: MIN. CLEARANCE (mm)
Appliances up to 50 MJ/h input..............................................................................................300
Appliances over 50 MJ/h input...............................................................................................500
b - From the ground or above a balcony.........................................................................................300
c - From a return wall or external corner.........................................................................................500
d - From a gas meter (M)..............................................................................................................1000
e - From an electricity meter or fuse box (P)...................................................................................500
f - From a drain or soil pipe............................................................................................................150
g - Horizontally from any building structure (unless appliance approved
for closer installation) or obstruction facing a terminal...............................................................500
h - From any other flue terminal, cowl, or combustion air intake ....................................................500
j - Horizontally from an openable window, door, non-mechanical air inlet, or any other opening into a
building, with the exception ofsub-floor ventilation:
Appliances up to 150 MJ/h input............................................................................................500
Appliances over 150 MJ/h input...........................................................................................1500
k - From a mechanical air inlet, including a spa blower...............................................................1500
n - Vertically below an openable window, non-mechanical air
inlet or any other opening into a building, with the exception of............................See table below
T= Flue terminal M= Gas meter Shading indicates prohibited
I= Mechanical air inlet P= Electricity meter or fuse box areas for flue terminals
f
c
n
I
openable
window
j
jj
door
h
hh
T
ee
P
T
g
k
kdb
d
M
a
c
g
See note 2
See note 3
T
CLEARANCE 'n' (mm)
Space Heaters All other appliances
Up to 50 MJ/h input Up to 50 MJ/h input Over 50 MJ/h input and
Up to 150 MJ/h input Over 50 MJ/h input
150 500 1000 1500

8Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
NOTE: PIPES OVERLAP 32 mm (1-1/4 in.) AT EACH JOINT.
Figure 5. DVP-Series Direct Flue Component Specifications (127 mm (5 in.) inner pipe / 203 mm (8 in.) outer pipe)
DVP90ST
320 mm
286 mm
185 mm
32 mm
18 mm
218 mm
DVP36
DVP48
1219 mm
610 mm
914 mm
102 mm
152 mm
DVP4
DVP6
305 mm
DVP12
51 mm MIN.
DVP12A
310 mm MAX.
DVP24
251 mm 45
261 mm
DVP45
362 mm
º

9
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 6. Flue System Components and Termination Kits
1.3 Flue System Approvals and Installation
A. Flue System Approvals
These models are approved to use DVP series direct
flue pipe components and terminations (see Figures 5
and6).Approved flue system componentsare labeled
for identification. This pipe is tested and listed as an
approved component of the heater. The pipe is tested
to be run inside an enclosed wall. There is no require-
ment for inspection openings at each joint within the
wall.Thereis norequired pitchfor horizontalflue runs.
NO OTHERFLUEING SYSTEMS OR COMPONENTS
MAY BE USED.
Detailedinstallationinstructions areincludedwith each
flue termination kit and should be used in conjunction
with this Installers Guide.
Theflameandemberappearancemayvarybasedonthe
type of fuel burned and the flueing configuration used.
Identifying Flue Components
The flue systems installed on this gas heater may
include one, two, or three 90° elbow assemblies. The
relationships of vertical rise to horizontal run in flue
configurations using 90° elbows MUST BE strictly
adhered to. The rise to run relationships are shown in
theflueing drawingsand tables. Refer to the diagrams
on the next several pages.
Thismodel hasa 450elbow built into it. It may beposi-
tionedtoflueeitherhorizontal or vertical.Dependingon
theinstallation,decidewhichdirectionthe elbow should
befacing. Remove the 8 screwsfrom the corner cover
plate. Position the 45º elbow as desired and replace
the corner cover plate with the 8 screws.
HORIZONTAL TERMINATION
WALL FIRESTOPS
90º ELBOW
VERTICAL
TERMINATION
STORM COLLAR
ROOF FLASHING
PIPE LENGTH
CEILING FIRESTOP
TERMINATION KITS
DVP-TRAP DVP-TVHW

10 Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 7
STRAIGHT OUT
HORIZONTAL FLUEING
H
Max. Run
610 mm (24 in.)
Figure 8
V
TERMINATION CAP
H
STRAIGHT UP
VERTICAL FLUEING
V (FT.)
12.2 M MAX. (40 ft.)

11
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 10. Flueing with One 90° Elbow
Figure 9. Flueing with One 90° Elbow
V
H
H
V
NATURAL GAS - FLUEING WITH ONE 90° ELBOW
V (FT.) H (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
5’ MIN. (1.5 m) 15’ MAX. (4.5 m)
6’ MIN. (1.83 m) 18’ MAX. (5.5 m)
V + H = 40’ MAX. (12.2 m)
PROPANE - FLUEING WITH ONE 90° ELBOW
V (FT.) H (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
5’ MIN. (1.5 m) 10’ MAX. (3.0 m)
6’ MIN. (1.83 m) 12’ MAX. (3.6 m)
V + H = 40’ MAX. (12.2 m)
NATURAL GAS
FLUEING WITH ONE 90° ELBOW
V (FT.) H (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
5’ MIN. (1.5 m) 15’ MAX. (4.5 m)
V + H = 40’ MAX. (12.2 m)
PROPANE
FLUEING WITH ONE 90° ELBOW
V (FT.) H (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
5’ MIN. (1.5 m) 10’ MAX. (3.0 m)
V + H = 40’ MAX. (12.2 m)

12 Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 11. Flueing with Two 90° Elbows
H
1
H
V
V
V
1
H
NATURAL GAS
FLUEING WITH TWO 90° ELBOWS
V (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
5’ MIN. (1.5 m) 15’ MAX. (4.5 m)
V + H + H1= 40’ MAX. (12.2 m)
H + H1= 15’ MAX. (4.5 m)
PROPANE
FLUEING WITH TWO 90° ELBOWS
V (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
5’ MIN. (1.5 m) 10’ MAX. (3.0 m)
V + H + H1= 40’ MAX. (12.2 m)
H + H1= 10’ MAX. (3.0 m)
NATURAL GAS
FLUEING WITH TWO 90° ELBOWS
V + V1(FT.) H (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
5’ MIN. (1.5 m) 15’ MAX. (4.5 m)
V + V1+ H = 40’ MAX. (12.2 m)
PROPANE
FLUEING WITH TWO 90° ELBOWS
V + V1(FT.) H (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
5’ MIN. (1.5 m) 10’ MAX. (3.0 m)
V + V1+ H = 40’ MAX. (12.2 m)

13 Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 12. Flueing with Two 90° Elbows
Figure 13. Flueing with Two 90° Elbows
H
1
V
H
V
H
H
1
NATURAL GAS
FLUEING WITH TWO 90° ELBOWS
V (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
5’ MIN. (1.5 m) 15’ MAX. (4.5 m)
V + H + H1= 40’ MAX. (12.2 m)
H + H1= 15’ MAX. (4.5 m)
PROPANE
FLUEING WITH TWO 90° ELBOWS
V (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
5’ MIN. (1.5 m) 10’ MAX. (3.0 m)
V + H + H1= 40’ MAX. (12.2 m)
H + H1= 10’ MAX. (3.0 m)
NATURAL GAS
FLUEING WITH TWO 90° ELBOWS
V (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
5’ MIN. (1.5 m) 15’ MAX. (4.5 m)
V + H + H1= 40’ MAX. (12.2 m)
H + H1= 15’ MAX. (4.5 m)
PROPANE
FLUEING WITH TWO 90° ELBOWS
V (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
5’ MIN. (1.5 m) 10’ MAX. (3.0 m)
V + H + H1= 40’ MAX. (12.2 m)
H + H1= 10’ MAX. (3.0 m)

14
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 14. Flueing with three 90° elbows
H
H1
H2
V
H
V
H1
V1
NATURAL GAS
FLUEING WITH THREE 90° ELBOWS
V + V1 (FT.) H + H1 + H2 (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
V+ V1+ H + H1 + H2= 36’ MAX. (10.9 m)
H + H1 + H2= 12’ MAX. (3.6 m)
PROPANE
FLUEING WITH THREE 90° ELBOWS
V + V1 (FT.) H + H1 + H2 (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
V+ V1+ H + H1 + H2= 36’ MAX. (10.9 m)
H + H1 + H2= 8’ MAX. (2.4 m)
NATURAL GAS
FLUEING WITH THREE 90° ELBOWS
V + V1 (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
5’ MIN. (1.5 m) 15’ MAX. (4.5 m)
V+ V1+ H + H1= 36’ MAX. (10.9 m)
H + H1= 15’ MAX. (4.5 m)
PROPANE
FLUEING WITH THREE 90° ELBOWS
V + V1 (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
5’ MIN. (1.5 m) 10’ MAX. (3.0 m)
V+ V1+ H + H1= 36’ MAX. (10.9 m)
H + H1= 10’ MAX. (3.0 m)

15 Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 15. Flueing with three 90° elbows
V
H
H
1
V
1
V
H
H
1
V
1
NATURAL GAS
FLUEING WITH THREE 90° ELBOWS
V + V1 (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
5’ MIN. (1.5 m) 15’ MAX. (4.5 m)
V+ V1+ H + H1= 36’ MAX. (10.9 m)
H + H1= 15’ MAX. (4.5m)
PROPANE
FLUEING WITH THREE 90° ELBOWS
V + V1 (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
5’ MIN. (1.5 m) 10’ MAX. (3.0 m)
V+ V1+ H + H1= 36’ MAX. (10.9 m)
H + H1= 10’ MAX. (3.0 m)
NATURAL GAS
FLUEING WITH THREE 90° ELBOWS
V + V1 (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 3’ MAX. (914 mm)
2’ MIN. (610 mm) 6’ MAX. (1.83 m)
3’ MIN. (914 mm) 9’ MAX. (2.7 m)
4’ MIN. (1.22 m) 12’ MAX. (3.6 m)
V+ V1+ H + H1= 36’ MAX. (10.9 m)
H + H1= 12’ MAX. (3.6 m)
PROPANE
FLUEING WITH THREE 90° ELBOWS
V + V1 (FT.) H + H1 (FT.)
1’ MIN. (305 mm) 2’ MAX. (610 mm)
2’ MIN. (610 mm) 4’ MAX. (1.22 m)
3’ MIN. (914 mm) 6’ MAX. (1.83 m)
4’ MIN. (1.22 m) 8’ MAX. (2.4 m)
V+ V1+ H + H1= 36’ MAX. (10.9 m)
H + H1= 8’ MAX. (2.4 m)

16
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 18
B. Installing Flue Components
After determining which direction the 45º elbow will be
used follow flueing instructions accordingly.
• This heater requires the attachment of supplied 45º
elbow to unit before connection of flue components.
• To attach the elbow flue, the elbow cover plate must
first be removed from the unit (see Figure 16).
• The elbow can be removed from the unit by aligning
the seams of the elbow to the arrows on the
surrounding heat shield (see Figure 17).
• Position the elbow in the horizontal or the vertical
position. Snap in place with the starting collar.
• Replace the elbow cover plate aligning it with the
elbow and secure in place with the 8 screws.
• Place the rope ring around the first section of pipe
and slide it up against the cover plate.
Figure 16
ELBOW COVER PLATE
Figure 17
HEAT
SHIELD ARROWS
ELBOW ELBOW
SEAM
TOP VIEW
FRONT VIEW
NOTE: The rope ring is needed for the heat manage-
ment and to prevent cold air infiltration.
Fire Risk
Exhaust Fumes Risk
Impaired Performance of Appliance
• Overlap pipe slip sections at least 1-1/2
inches (38 mm).
• Use pilot holes for screws.
• Screws must not exceed one inch
long.
• Pipe may separate if not properly
joined.
WARNING

17 Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
C. Assembling Flue Components
Insert the inner flue of section A into the flared inner
flue of section B.
Start the outer flue of section A over the outer flue of
section B (see Figure 19). Note: The end of the pipe
sections with the lances/tabs on it will face towards
the appliance.
Figure 19 Figure 20
Figure 21. Seams
Note: Make sure that the seams are not aligned to
prevent unintentional disconnection.
CORRECT
INCORRECT
For elbows that are changing the flue direction, two
screws minimum should be put in the outer flue at the
joint to prevent the elbow from rotating.
A
B
Once both inner and outer flues are started, press
section A onto section B firmly until all lances have
snapped into place. Check to make sure they have
snapped together (see Figure 20) and the seams are
not aligned (see Figure 21). Tug slightly on section A
to confirm it has completely locked into place.
Note: Make sure that seams are NOT aligned to prevent
unintentional disconnection.

18
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
10" (254 mm)
12" (305 mm)
INTERIOR
WALL SHIELD
For Vertical Runs - One firestop is REQUIRED at the
hole in each ceiling through which the flue passes.
To install firestops for vertical runs that pass through
ceilings:
• Position a plumb bob directly over the center of the
vertical flue component.
• Mark the ceiling to establish the centerpoint of the flue.
• Drill a hole or drive a nail through this center point.
• Check the floor above for any obstructions, such as
wiring or plumbing runs.
• Reposition the heater and flue system, if necessary,
to accommodate the ceiling joists and/or obstruc-
tions.
• Cuta 10" x10" (254 mmX 254mm) hole throughthe
ceiling, using the firestop pipe opening as a guide.
• Frame the hole with framing lumber the same size
as the ceiling joists.
To install firestops (heat shield) for horizontal runs that
pass through either interior or exterior walls:
• Cut a 10-inch by 12-inch (254 mm X 305 mm) hole
through the wall.
Figure 22. 254 mm x 305 mm Hole and Flue Pipe
D. Install Support Brackets
Refer to Cinch Pipe and Termination Cap installation
Instructions.
E. Install Firestops
For Horizontal Runs - Firestops are REQUIRED on
both sides of a combustible wall through which the
flue passes.
• Position the firestops on both sides of the hole
previously cut and secure the firestops with nails or
screws.
• The heat shields of the firestops MUST BE placed
towards the bottom of the firestop.
• Continue the flue run through the firestop.
Note: Model DVP-TRAP does not need an exterior fire-
stop on an exterior combustible wall. The firestop is built
into the cap.
Note: The center of the hole is one (1) inch (25.4 mm)
above the center of the horizontal flue pipe.
Note: There must be NO INSULATION or other com-
bustibles inside the framed firestop opening.
Figure 23. Heat Shield, Interior & Exterior Firestops
TRIM HEAT
SHIELD IF TOO
LONG, ADD TO
SHIELD IF TOO
SHORT
EXTERIOR
FIRESTOP
INTERIOR
FIRESTOP
HEAT SHIELD
Figure 24. Hole & New Framing Members
CEILING
NEW
FRAMING
MEMBERS
EXISTING CEILING
JOISTS
CHIMNEY
HOLE
10" (254 mm)
10” (254 mm)

19
Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
If the area above the ceiling IS an attic, position and
secure the firestop on top of the previously framed
hole.
Figure 27. Flueing through the Wall
Figure 26. Attic Firestop
• The termination kit should pass through the wall
firestops from the exterior of the building.
F. Flue Termination
For Horizontal Terminations - To attach and secure
the termination to the last section of horizontal flue:
• The rear flue heat shield MUST be placed one inch
abovethe topof theflue between the wall shield and
the base of the termination cap.
• One section of the heat shield is attached to the wall
shield. The other is attached to the termination cap
in the same manner.
• The heat shield sections will overlap to match the
wall thickness (depth).
• Ifthewall thicknessdoesnot allow therequired 1-1/2
inch heat shield overlap, an extended heat shield
must be used. The extended heat shield will need to
be cut to the thickness of the wall and be attached
to the wall shield.
• Thesmalllegintheshieldrestsontopofthefluetoprop-
erly space it from the pipe section (see Figure 27).
If the area above the ceiling is NOT an attic, position
and secure the ceiling firestop on the ceiling side of
the previously cut and framed hole.
CEILING
CEILING FIRESTOP
RAFTER
NAILS (4 REQUIRED)
JOIST
CEILING FIRESTOP
CEILING
NAILS (4 REQUIRED)
EXTERIOR
INTERIOR
Interior
Wall Shield
Inner Flue
Rear Vent
Heat Shield
3.8 cm min.
overlap
Outer Flue
3.8 cm min.
Overlap
Figure 25. Ceiling Firestop (Ceiling Side)
NOTE: There must be NO INSULATION or other com-
bustibles inside the framed firestop opening.
NOTE: Keep insulation away from the flue pipe at least
25 mm.

20 Heat & Glo • ST-HVBI-AU • 2082-900 Rev. J • 10/10
Figure 28. Termination Cap
For Vertical Terminations - To locate the flue and
install the flue sections:
• Locate and mark the flue center point on the under-
side of the roof, and drive a nail through the center
point.
• Make the outline of the roof hole around the center
point nail.
• Thesize of theroof holeframingdimensions depend
on the pitch of the roof. There MUST BE a 1-inch
(25 mm) clearance from the vertical flue pipe to
combustible materials.
• Mark the roof hole accordingly.
• Cover the opening of the installed flue pipes.
• Cut and frame the roof hole.
• Use framing lumber the same size as the roof rafters
and install the frame securely. Flashing anchored to
the frame must withstand heavy winds.
• Continuetoinstallconcentricfluesectionsupthrough
theroof holeand uppast theroof lineuntil you reach
the appropriate distance above the roof.
1” (25 mm)
7-1/2”
(192 mm)
MINIMUM
!
• Adjustthe termination captoits finalexteriorposition
on the building and interlock the flue sections.
• Use a high-temperature sealant gasket to seal be-
tween the pipe and exterior firestop.
WARNING: THE TERMINATION CAP MUST
BE POSITIONED SO THAT THE ARROW IS
POINTING UP.
To seal the roof hole, and to divert rain and snow from
the flue system:
• Attach a flashing to the roof using nails, and use a
non-hardeningmastic around theedges ofthe flash-
ing base where it meets the roof.
• Attach a storm collar over the flashing joint to form a
water-tightseal. Place non-hardeningmastic around
the joint, between the storm collar and the vertical
pipe.
• Slide the termination cap over the end of the flue
pipe and snap into place.
!
WARNING: FOLLOWING NATIONAL REG-
ULATIONS AND CODES OF PRACTICE
FOR MINIMUM CLEARANCES FROM GAS
TERMINALS, AND PLACEMENT OF GAS
TERMINAL.
NOTE: This also pertains to vertical flue systems in-
stalled on the outside of the building.
Roof Pitch H (min.)
Flat to 6/12............................305 mm (1.0 ft.)*
6/12 to 7/12...........................381 mm (1.25 ft.)*
Over 7/12 to 8/12..................458 mm (1.5 ft.)*
Over 8/12 to 9/12..................610 mm (2.0 ft.)*
Over 9/12 to 10/12................762 mm (2.5 ft.)*
Over 10/12 to 11/12..............991 mm (3.25 ft.)
Over 11/12 to 12/12..............1.2 m (4.0 ft.)
Over 12/12 to 14/12..............1.5 m (5.0 ft.)
Over 14/12 to 16/12..............1.9 m (6.0 ft.)
Over 16/12 to 18/12..............2.2 m (7.0 ft.)
Over 18/12 to 20/12..............2.3 m (7.5 ft.)
Over 20/12 to 21/12..............2.5 m (8.0 ft.
Figure 29. Minimum Height from Roof to
Lowest Discharge Opening
V
ERTICAL
WALL
TERMINATION
CAP
30.5 cm X
ROOF PITCH
IS X/ 30.5 cm
LOWEST
DISCHARGE
OPENING
H (MIN.) - MINIMUM HEIGHT FROM ROOF
TO LOWEST DISCHARGE OPENING
50.8 cm
* 91.4 cm minimum in snow regions