MODEL SL-350TRSI-AUE
IS AUSTRALIAN GAS ASSOCIATION
APPROVED FOR NATURAL GAS OR
PROPANE AS A BALANCED FLUE
HEATER.
Refer to the appliance data plates for gas
consumptions and pressures.
Installation of this appliance should only be
carried out by an authorized person in accordance with the manufacturer's instructions. Appliance is to be installed in full
compliance with the National Gas Installation Standard AS5601, the manufacturer's
instructions, and any local authorities' requirements for gas, electrical and building
regulations.
This appliance and its components are
tested and safe when installed in accordance with this Installation Manual. Report
to your dealer any parts damaged in shipment, specifi cally check glass condition.
The gas logs and fl ue system components
are in separate packages. Read all instructions before starting installation and
follow these instructions carefully during
installation to ensure maximum benefi t and
safety . Failure to follow them will void your
warranty and may present a fi re hazard.
The Heat & Glo, a brand of Hearth & Home
Technologies Inc. warranty will be voided
by, and Heat & Glo, a brand of Hearth &
Home Technologies Inc. disclaims any responsibility for the following actions:
• Installation of any damaged heater or
fl ue system component
• Modifi cation of the heater or balanced fl ue system installation other than as
instructed by Heat & Glo, a brand of
Hearth & Home Technologies Inc.
• 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, brand of Hearth & Home
T echnologies Inc., not withstanding any
independent testing laboratory or other
party approval of such component part
or accessory.
IMPORTANT: Read all instructions carefully before starting installation.
Failure to follow these installation instructions may result in a possible fi re
hazard and will void the warranty. Save this manual for future reference.
Heat & Glo, a brand of Hearth & Home Technologies, Inc.
Î
7571 215th Street West, Lakeville, MN 55044
Copyright 2009 • Printed in U.S.A.
The top and back of heater are defi ned by stand-
offs.
The heat shield must be attached as shown if com-
B
bustible materials are placed directly on top standoffs
(Figure 3).
The minimum clearance to a perpendicular wall extending past the face of the heater is 25 mm.
The back of the heaters may be recessed into combustible construction, as shown above.
TOP STANDOFFS
D
C
INSTALLED
HEAT SHIELD
Rear Flue
3 in. MIN. (76 mm)
B
A
E
C
3 in. MIN. (76 mm)
AB C D E
Millimeter86441988311941765
D
Figure 2. Heater Dimensions, Locations, and
Space Requirements
HEAT SHIELD
Figure 3. Heat Shield
1.0 INSTALLATION INSTRUCTIONS
NOTE: Not intended for heater insert.
In planning the installation for the heater it is necessary to determine where the unit is to be installed, the
type of fl ue system to be used (straight out, corner,
or elevated), and whether optional accessories (wall
switch or remote control) are desired. Gas supply
piping should also be planned. Refer to the appliance
data plate on the base pan of the heater for all gas
pressures and input rate information.
The heater can be mounted on any of the following
surface:
1. A fl at surface (minimum 6 mm base).
2. Four (4) corner supports.
(Example: Four (4) concrete masonry blocks). These
supports must be positioned so they contact all four
(4) perimeter edges on the bottom of the unit.
Heater framing can be built before or after the heater is
set in place. Framing should be positioned to accommodate wall covering and heater facing material. The
heater framing should be constructed of 2" X 4" (51 x
102 mm) lumber or heavier. The framing headers may
rest on the heater standoffs. Refer to Figure 2 and Figure 4 for heater and framing reference dimensions.
Glass Front .................................914 mm
Floor ..............................................0 mm
Rear ..............................................13 mm
Sides.............................................13 mm
Top ...............................................86 mm
Ceiling* ........................................787 mm
*The clearance to ceiling is measured from the top of
the unit, excluding the standoffs (see Figure 44).
Minimum Clearances
from the Vent Pipe to Combustible Materials
Vertical Sections. .........25 mm
Horizontal Sections
Top ................................. 75 mm
Bottom ........................... 25 mm
Sides.............................. 25 mm
At Wall Firestops
Top ................................. 75 mm
Bottom ........................... 25 mm
Sides.............................. 25 mm
For minimum clearances, see the balanced fl ue termi-
nation clearance in Figure 5.
Framing should be constructed
of 2 X 4 lumber or heavier.
VENT
FRAMING
HOLE
E
*NOTE: The center of the framing hole MUST
BE 25.4 mm above the center of the
horizontal fl ue pipe.
Figure 4. Framing Dimensions
may rest on the heater
B
A
D
A B C D* E*
864 mm 832 mm 419 mm 984 mm 541 mm
The framing headers
stand-offs.
C
CAUTION: Measure heater dimensions, and verify
framing methods and wall covering details before framing construction begins.
1.1 INTRODUCTION
This model is designed to operate with all combustion
air being siphoned from the outside of the building
and all exhaust gases expelled to the outside of the
building.
WARNING: THIS UNIT IS NOT FOR USE WITH
SOLID FUEL.
These units MUST use the fl ue termination described
in the fl ueing section of the manual.
The control system for this model is an electronic ignition type. It consists of a gas control valve/variable
regulator, a pilot/sensor/electrode and an ON/OFF
switch. The controls are located behind the access
door. Rotate the door down to open. See Figure 1.
Minimum inlet gas supply pressure for purpose of
input adjustment is 1.13 kPa for natural gas and 2.75
kPa for propane. Manifold (outlet) pressures should
be set at .8 kPa for natural gas models and 2.36 kPa
for propane models.
a
h
T
g
T
ee
P
d
See note 2
c
d
M
b
See note 3
g
j
openable
window
n
f
c
I
door
k
k
h
jj
h
T = Flue terminal M = Gas meter Shading indicates prohibited
I = Mechanical air inlet P = Electricity meter or fuse box areas for fl ue terminals
a - Below eaves, balconies or other projections: MIN. CLEARANCE (mm)
Appliances 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 fl ue 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 of
sub-fl oor 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
sub-fl oor ventilation ................................................................................................................ below
T
CLEARANCE 'n' (mm)
Space HeatersAll other appliances
Up to 50 MJ/h inputUp to 50 MJ/h input
Over 50 MJ/h input and
Up to 150 MJ/h input
15050010001500
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 fl ue terminal under a roofed area.
4. See Appendix J, Figure J1(a) and J2(a) for clearances required from a fl ue
terminal to a LP Gas cylinder. A fl ue terminal is considered to be a source of ignition.
MINIMUM CLEARANCES REQUIRED FOR BALANCED FLUE TERMINALS
These models have fl ue starting collars on both the top
and the back of the unit. Depending upon the installation, decide which ONE set of starting collars will be
used to attach the fl ue system. The starting collar seal-
ing cap must remain on the starting collar NOT used.
These models use SL-P series direct fl ue components
when using the TOP fl ue collars and DVP-series direct
fl ue components when using the REAR fl ue collars.
WARNING: YOU MUST NOT MIX DVP-SERIES AND
SLP SERIES COMPONENTS IN ANY FLUE SYSTEM
CONFIGURATION.
Approved fl ue system components are labeled for
identifi cation. NO OTHER FLUEING SYSTEMS OR COMPONENTS MAY BE USED. Detailed installation
instructions are included with each fl ue termination kit
and should be used in conjunction with this manual.
Figure 5 below shows fl ue system components and
terminations.
Identifying Flue Components
The fl ue systems installed on this gas heater may
include one, two, or three 90° elbow assemblies. The
relationships of vertical rise to horizontal run in fl ue
confi gurations using 90° elbows MUST BE strictly
FLUE TERMINATION APPROVALS
adhered to. The rise to run relationships are shown
in the fl ueing drawings and tables on the next few
pages.
WARNING: THIS GAS APPLIANCE AND FLUE ASSEMBL Y MUST FLUE DIRECTL Y TO THE OUTSIDE
AND MUST NEVER BE ATT ACHED T O A CHIMNEY
SERVING A SEPARATE SOLID FUEL BURNING
APPLIANCE. EACH GAS APPLIANCE MUST USE
A SEP ARA TE FLUE SYSTEM-COMMON FLUE SYSTEMS ARE PROHIBITED.
CAUTION: UNDER NO CONDITION SHOULD COMBUSTIBLE MA TERIAL BE CLOSER THAN 76 mm A T
WALL FIRE-STOPS FROM THE T OP OF THE PIPE
OR 25 mm TO THE SIDES AND THE BOTT OM FOR
HORIZONT AL SECTIONS OF THIS FLUE SYSTEM.
VERTICAL SECTIONS OF THIS SYSTEM REQUIRE
A MINIMUM OF 25 mm CLEARANCE TO COMBUSTIBLE MATERIALS ALL AROUND THE PIPE.
For alternative installations, other than depicted, contact your dealer for further information.
Refer to Figure 5 for required clearances to fl ue terminals.
If the heater installation requires a vertical fl ue
exceeding 4.5 m above the unit with no horizontal
fl ue or elbows, a vertical fl ue restrictor must be
installed (see Figure 9).
NOTE: A 184 mm section of straight
fl ue must be attached to the heater
before a 90º elbow.
USE SLP SERIES
COMPONENTS
ONLY.
FLUEING WITH ONE (1) 90° ELBOW
V H
FT. (M) FT. (M)
1' MIN. (0.30 M) 2' MAX. (0.61 M)
2' MIN. (0.61 M) 4' MAX. (1.22 M)
3' MIN. (0.91 M) 8' MAX. (2.44 M)
4' MIN. (1.22 M) 10' MAX. (3.05 M)
V + H = 30' (9.14 M)
Figure 12.
H
V
FLUEING WITH ONE (1) 90º ELBOW
V (FT.) H (FT.)
1' MIN. (0.30 M) 3' MAX. (0.91 M)
2' MIN. (0.61 M) 6' MAX. (1.83 M)
3' MIN. (0.91 M) 9' MAX. (2.74 M)
4' MIN. (1.22 M) 12' MAX. (3.66 M)
1' MIN.(0.30 M) 2' MAX.(0.61 M)
2' MIN.(0.61 M) 4' MAX.(1.22 M)
3' MIN.(0.91 M) 6' MAX.(1.83 M)
4' MIN.(1.22 M) 8' MAX.(2.44 M)
5' MIN.(1.52 M) 10' MAX. (3.05 M)
30' MAX.(9.14 M) 10' MAX. (3.05 M)
H
1
USE SLP SERIES COMPONENTS ONLY.
H
V
H
V
11
Figure 14.
V
FLUEING WITH TWO (2) 90° ELBOWS
V H
FT. (M) FT. (M)
1' MIN.(0.30 M) 2' MAX.(0.61 M)
2' MIN.(0.61 M) 4' MAX. (1.22 M)
3' MIN.(0.91 M) 6' MAX. (1.83 M)
4' MIN.(1.22 M) 8' MAX. (2.44 M)
5' MIN.(1.52 M) 12' MAX. (3.66 M)
12' MAX.(3.66 M)