Napoleon B36NTR,B36NTRE,GX36NTR-1,GX36NTRE-1 Installation Manual

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Page 1

FR PG 75

W415-1678 / E / 08.15.18

INSTALLER: LEAVE THIS MANUAL WITH THE APPLIANCE.

HOT GLASS WILL CAUSE

BURNS.

DO NOT TOUCH GLASS UNTIL

COOLED.

NEVER ALLOW CHILDREN TO

TOUCH GLASS.

DANGER

A barrier designed to reduce the risk of burns from the hot viewing glass is provided with this appliance and shall be installed for the protection of children and other at-risk individuals.

B36 ILLUSTRATED

SAFETY BARRIER

CONSUMER: RETAIN THIS MANUAL FOR FUTURE REFERENCE.

NEVER LEAVE CHILDREN OR OTHER AT RISK INDIVIDUALS ALONE WITH THE APPLIANCE.

INSTALLATION AND

OPERATING INSTRUCTIONS

CERTIFIED TO CANADIAN AND AMERICAN NATIONAL STANDARDS: CSA 2.22 AND ANSI Z21.50, FOR VENTED DECORATIVE GAS APPLIANCES.

B36NTR / B36NTRE &

CERTIFIED FOR CANADA AND UNITED STATES USING ANSI/CSA METHODS.

FOR INDOOR USE ONLY!

SAFETY INFORMATION

GX36NTR-1 / GX36NTRE-1

NATURAL GAS MODEL

WARNING

If the information in these instructions are not followed exactly, a ﬁ re or explosion may result causing property damage, personal injury or loss of life.

- Do not store or use gasoline or other ﬂ ammable vapors and liquids in the vicinity of this or any other appliance.

- WHAT TO DO IF YOU SMELL GAS:

• Do not try to light any appliance.

• Do not touch any electrical switch; do not use any phone in your building.

• Immediately call your gas supplier from a neighbour’s phone. Follow the gas supplier’s instructions.

• If you cannot reach your gas supplier, call the ﬁ re department.

- Installation and service must be performed by a

qualiﬁ ed installer, service agency, or the supplier.

This appliance may be installed in an aftermarket, permanently located, manufactured home (USA only) or mobile home, where not prohibited by local codes.

B36PTR / B36PTRE &

GX36PTR-1 / GX36PTRE-1

PROPANE GAS MODEL

This appliance is only for use with the type of gas indicated on the rating plate. This appliance is not convertible for use with other gases, unless a certiﬁ ed kit is used.

Decorative Product: Not for use as a heating appliance.

Phone 1 (866) 820-8686 • www.napoleonﬁ replaces.com • hearth@napoleonproducts.com

Wolf Steel Ltd., 24 Napoleon Rd., Barrie, ON, L4M 0G8 Canada /

103 Miller Drive, Crittenden, Kentucky, USA, 41030

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table of contents

NOTE: The camera icon indicates video tutorials are available as additional reference. Visit http://mynapoleon.napoleonproducts.com/download/index/44/1

1.0 installation overview 3

2.0 introduction 4

2.1 dimensions for B36 / GX36-1 5

2.2 general instructions 6

2.3 general information 7

2.4 rating plate information 8

3.0 venting 9

3.1 venting lengths and components 10

3.2 typical vent installation 11

3.3 special vent installations 13

3.3.1 periscope termination 13

3.3.2 corner termination 13

3.4 minimum air terminal location clearances 14

3.5 venting application ﬂow chart 15

3.6 deﬁnitions 16

3.7 elbow vent length values 16

3.8 top exit horizontal termination 17

3.9 rear exit horizontal termination 19

3.10 top and rear exit vertical termination 21

3.11 rear exit 23

3.12 rear exit shield (for rear vent only) 23

3.13 top exit 24

4.0 installation 25

4.1 wall and ceiling protection 25

4.1.1 horizontal installation 26

4.1.2 vertical installation 26

4.2 using ﬂexible vent components 27

4.2.1 horizontal air terminal installation 27

4.2.2 vertical air terminal installation 28

4.2.3 appliance vent connection 29

4.3 using rigid vent components 29

4.3.1 horizontal air terminal installation 29

4.3.2 vertical air terminal installation 30

4.3.3 restricting vertical vents 31

4.4 vertical through existing chimney 32

4.5 mobile home installation 33

4.6 gas installation 34

4.7 optional wall switch 34

5.0 framing 35

5.1 framing for B36 / GX36-1 35

5.1.1 minimum framing dimensions for B36 / GX36-1 36

5.2 minimum enclosure clearances 38

5.3 non-combustible facing material for B36 / GX36-1 42

5.4 alcove clearances 42

5.5 recessed installation 43

5.6 minimum mantel clearances 44

5.7 nailing tab installation 44

6.0 finishing 45

6.1 safety barrier & door removal / installation 45

6.2 front hood installation 46

6.3 B36 log placement 47

6.4 GX36-1 log placement 48

6.5 charcoal embers 49

6.6 glowing embers 49

6.7 battery back-up installation 49

7.0 wiring diagram 50

7.1 wiring requirements for B36 / GX36-1 50

7.2 B36 electronic wiring diagram 50

7.3 GX36-1 electronic wiring diagram 51

8.0 operation (electronic) 52

9.0 operation (millivolt) 53

10.0 adjustment 54

10.1 pilot burner adjustment 54

10.2 venturi adjustment 54

10.3 ﬂame characteristics 55

10.4 optional anti-condensation switch (models B36NTRE/B36PTRE/ GX36NTRE-1 & GX36PTRE-1 only) 55

11.0 maintenance 56

11.1 annual maintenance 57

11.2 door glass replacement 57

11.3 care of glass 58

12.0 replacements 58

12.1 B36 overview 59

12.2 B36 millivolt valve assembly 60

12.3 B36 electronic valve assembly 61

12.4 GX36-1 overview 62

12.5 GX36-1 millivolt valve assembly 63

12.6 GX36-1 electronic valve assembly 64

13.0 B36 accessories 65

14.0 GX36-1 accessories 66 GX36-1 accessories (page 2) 67

15.0 troubleshooting (electronic) 68

16.0 troubleshooting (millivolt) 70

17.0 warranty 72

18.0 service history 73

NOTE: Changes, other than editorial, are denoted by a vertical line in the margin.

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1.0 installation overview

See “minimum enclosure clearances” section for drywall (or other combustible material).

See “minimum mantel clearances” section.

See “minimum framing dimensions” and “non-combustible facing materials for B36 / GX36-1” sections.

Side Wall

See “venting” and “installation” sections.

See “framing” section.

SAFETY BARRIER

Rating plate located here.

See “rating plate

information” section.

Batteries must be disposed of according to the local laws and regulations. Some batteries may be recycled, and may be accepted for disposal at your local recycling center. Check with your municipality for recycling instructions.

B36 ILLUSTRATED

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WARNING

2.0 introduction

• THIS APPLIANCE IS HOT WHEN OPERATED AND CAN CAUSE SEVERE BURNS IF CONTACTED.

• ANY CHANGES TO THIS APPLIANCE OR ITS CONTROLS CAN BE DANGEROUS AND ARE PROHIBITED.

• Do not operate appliance before reading and understanding operating instructions. Failure to operate appliance according to

operating instructions could cause ﬁ re or injury.

• Risk of ﬁ re or asphyxiation do not operate appliance with ﬁ xed glass removed.

• Do not connect 110 volts to the control valve.

• Risk of burns. The appliance should be turned off and cooled before servicing.

• Do not install damaged, incomplete or substitute components.

• Risk of cuts and abrasions. Wear protective footwear, gloves and safety glasses during installation. Sheet metal edges may be

sharp.

• Children and adults should be alerted to the hazards of high surface temperature and should stay away to avoid burns or clothing ignition.

• Young children should be carefully supervised when they are in the same room as the appliance. Toddlers, young children and others may be susceptible to accidental contact burns. A physical barrier is recommended if there are at risk individuals in the house. To restrict access to an appliance or stove, install an adjustable safety gate to keep toddlers, young children and other at risk individuals out of the room and away from hot surfaces.

• Clothing or other ﬂ ammable material should not be placed on or near the appliance.

• Due to high temperatures, the appliance should be located out of trafﬁ c and away from furniture and draperies.

• Ensure you have incorporated adequate safety measure to protect infants/toddlers from touching hot surfaces.

• Even after the appliance is out, the glass and/or screen will remain hot for an extended period of time.

• Check with your local hearth specialty dealer for safety screens and hearth guards to protect children from hot surfaces. These

screens and guards must be fastened to the ﬂ oor.

• Any safety screen, guard or barrier removed for servicing the appliance, must be replaced prior to operating the appliance.

• The appliance is a vented gas-ﬁ red appliance. Do not burn wood or other materials in the appliance.

• The appliance area must be kept clear and free from combustible materials, gasoline and other ﬂ ammable vapors and liquids.

• Under no circumstances should this appliance be modiﬁ ed.

• This appliance must not be connected to a chimney ﬂ ue pipe serving a separate solid fuel burning appliance.

• Do not use this appliance if any part has been under water. Immediately call a qualiﬁ ed service technician to inspect the appliance

and to replace any part of the control system and any gas control which has been under water.

• Do not operate the appliance with the glass door removed, cracked or broken. Replacement of the glass should be done by a licensed or qualiﬁ ed service person.

• Do not strike or slam shut the appliance glass door.

• When equipped with pressure relief doors, they must be kept closed while the appliance is operating to prevent exhaust fumes

containing carbon monoxide, from entering into the home. Temperatures of the exhaust escaping through these openings can also cause the surrounding combustible materials to overheat and catch ﬁ re.

• Only doors / optional fronts certiﬁ ed with the unit are to be installed on the appliance.

• Keep the packaging material out of reach of children and dispose of the material in a safe manner. As with all plastic bags, these are not toys and should be kept away from children and infants.

• As with any combustion appliance, we recommend having a Carbon Monoxide Detector installed in the same area to defend you and your family against Carbon Monoxide.

• Ensure clearances to combustibles are maintained when building a mantel or shelves above the appliance. Elevated temperatures

on the wall or in the air above the appliance can cause melting, discolouration or damage to decorations, a T.V. or other electronic components.

• A barrier designed to reduce the risk of burns from the hot viewing glass is provided with this appliance or sold as a

mandatory option and shall be installed.

• If the barrier becomes damaged, the barrier shall be replaced with the manufacturer’s barrier for this appliance.

• Installation and repair should be done by a qualiﬁ ed service person. The appliance should be inspected before use and

at least annually by a professional service person. More frequent cleaning may be required due to excessive lint from carpeting, bedding material, etc. It is imperative that control compartments, burners and circulating air passageways of the appliance be kept clean.

• The millivolt version of this appliance uses and requires a fast acting thermocouple. Replace only with a fast acting thermocouple supplied by Wolf Steel Ltd.

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2.1 dimensions for B36 / GX36-1

55.5mm

2 3/16"

400mm

15 3/4"

SAFETY BARRIER

879mm

34 5/8"

203mm

FRONT VIEW

SIDE VIEW

GAS INLET

889mm

35"

610mm

24"

9 1/16"

230mm

178mm

391mm

102mm

TOP VIEW

15 3/8"

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THIS GAS APPLIANCE SHOULD BE INSTALLED AND SERVICED BY A QUALIFIED INSTALLER

conform with local codes. Installation practices vary from region to region and it is important to know the speciﬁ cs that apply to your area, for example in Massachusetts State:

•

The installation must conform with local codes or, in absence of local codes, the National Gas and Propane Installation Code CSA B149.1 in Canada, or the National Fuel Gas Code, ANSI Z223.1 / NFPA 54 in the United States. Suitable for mobile home installation if installed in accordance with the current standard CAN/CSA Z240MH Series, for gas equipped mobile homes, in Canada or ANSI Z223.1 and NFPA 54 in the United States.

As long as the required clearance to combustibles is maintained, the most desirable and beneﬁ cial location for an appliance is in the center of a building, thereby allowing the most efﬁ cient use of the heat created. The location of windows, doors and the trafﬁ c ﬂ ow in the room where the appliance is to be located should be considered. If possible, you should choose a location where the vent will pass through the house without cutting a ﬂ oor or roof joist.

If the appliance is installed directly on carpeting, vinyl tile or other combustible material other than wood ﬂ ooring, the appliance shall be installed on a metal or wood panel extending the full width and depth.

Some appliances have optional fans or blowers. If an optional fan or blower is installed, the junction box must be electrically connected and grounded in accordance with local codes, use the current CSA C22.1 Canadian

Electrical Code in Canada or the ANSI/NFPA 70 National Electrical code in the United States.

HIGH PRESSURE WILL DAMAGE VALVE. DISCONNECT GAS SUPPLY PIPING BEFORE PRESSURE TESTING GAS

WARNING

2.2 general instructions

ALWAYS LIGHT THE PILOT WHETHER FOR THE FIRST TIME OR IF THE GAS SUPPLY HAS RUN OUT,

WITH THE GLASS DOOR OPENED OR REMOVED.

PROVIDE ADEQUATE CLEARANCE FOR SERVICING AND OPERATING THE APPLIANCE.

PROVIDE ADEQUATE VENTILATION.

NEVER OBSTRUCT THE FRONT OPENING OF THE APPLIANCE.

OBJECTS PLACED IN FRONT OF THE APPLIANCE MUST BE KEPT A MINIMUM OF 48 INCHES

(121.9cm) FROM THE FRONT FACE OF THE APPLIANCE.

SURFACES AROUND AND ESPECIALLY ABOVE THE APPLIANCE CAN BECOME HOT. AVOID CONTACT

WHEN THE APPLIANCE IS OPERATING.

FIRE RISK. EXPLOSION HAZARD.

LINE AT TEST PRESSURES ABOVE 1/2 PSIG. CLOSE THE MANUAL SHUT-OFF VALVE BEFORE PRESSURE

TESTING GAS LINE AT TEST PRESSURES EQUAL TO OR LESS THAN 1/2 PSIG (35mb).

USE ONLY WOLF STEEL APPROVED OPTIONAL ACCESSORIES AND REPLACEMENT PARTS WITH THIS APPLIANCE.

USING NON-LISTED ACCESSORIES (BLOWERS, DOORS, LOUVRES, TRIMS, GAS COMPONENTS, VENTING

COMPONENTS, ETC.) COULD RESULT IN A SAFETY HAZARD AND WILL VOID THE WARRANTY AND CERTIFICATION.

THE APPLIANCE MUST NOT BE OPERATED AT TEMPERATURES BELOW FREEZING (32°F / 0°C).

ALLOW THE APPLIANCE TO WARM TO ABOVE FREEZING PRIOR TO OPERATION.

This product must be installed by a licensed plumber or gas ﬁ tter when installed within the commonwealth of Massachusetts. The appliance damper must be removed or welded in the open position prior to installation of an appliance insert or gas log. The appliance off valve must be a “T” handle gas cock. The ﬂ exible connector must not be longer than 3 feet (91.4cm). A Carbon Monoxide detector is required in all rooms containing gas ﬁ red appliances. The appliance is not approved for installation in a bedroom or bathroom unless the unit is a direct vent sealed combustion product.

We suggest that our gas hearth products be installed and serviced by professionals

www.ncertied.org

who are certied in the U.S. by the National Fireplace

Institute

(NFI) as NFI Gas

Specialists

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2.3 general information

For your satisfaction, this appliance has been test-ﬁred to assure its operation and quality.

RATES AND EFFICIENCIES

B36 GX36-1

NG P NG P

Altitude (FT) 0-4,500 0-4500 0-4,500 0-4,500 Max. Input (BTU/HR) 18,000 18,000 25,000 25,000 Min. Inlet Gas Supply

Pressure Max. Inlet Gas Supply

Pressure Manifold Pressure (Under

Flow Conditions)

B36NTR B36NTRE B36PTR

4.5" (11mb) w.c. 11" (27mb) w.c. 4.5" (11mb) w.c. 11" (27mb) w.c.

13" (32mb) w.c. 13" (32mb) w.c. 13" (17mb) w.c. 13" (32mb) w.c.

3.5" (9mb) w.c. 10" (25mb) w.c. 3.5" (9mb) w.c. 10" (25mb) w.c.

MODEL DESIGNATIONS

FUEL TYPE OPERATING SYSTEM

NATURAL MILLIVOLT NATURAL ELECTRONIC IGNITION

PROPANE MILLIVOLT

B36PTRE GX36NTR-1 GX36NTRE-1 GX36PTR-1 GX36PTRE-1

When the appliance is installed at elevations above 4,500 ft (1371m), and in the absence of speciﬁc recommendations from the local authority having jurisdiction, the certiﬁed high altitude input rating shall be reduced at the rate of 4% for each additional 1,000 ft (305m).

This appliance is approved for bathroom, bedroom and bed-sitting room installations and is suitable for mobile home installation.

No external electricity (110 volts or 24 volts) is required for the gas millivolt system operation. However, optional blower requires 110 volts.

Expansion / contraction noises during heating up and cooling down cycles are normal and are to be expected.

A barrier designed to reduce the risk of burns from the hot viewing glass is provided with the appliance and must be installed.

PROPANE ELECTRONIC IGNITION

NATURAL MILLIVOLT

NATURAL ELECTRONIC IGNITION PROPANE MILLIVOLT PROPANE ELECTRONIC IGNITION

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SAMPLE

2.4 rating plate information

WITH THE CURRENT STANDARD CAN/CSA Z240MH SERIES GAS EQUIPPED MOBILE HOMES, IN CANADA OR IN THE UNITED STATES THE MANUFACTURED HOME CONTRUCTION AND SAFETY STANDARD, TITLE 24 CFR, PART 3280. WHEN THIS US STANDARD IS NOT APPLICABLE USE THE STANDARD FOR FIRE SAFETY CRITERIA FOR MANUFACTURED HOME INSTALLATIONS, SITES AND COMMUNITIES, ANSI / NFPA 501A.

W565-0144. FOLLOW THE INSTALLATION INSTRUCTIONS LOCATED IN THE INSTALLATION MANUAL.

PRESSION D'ALIMENTATION MINIMALE: 4.5" (11MB) D'UNE COLONNE D'EAU PRESSION D'ALIMENTATION MINIMALE: 11" (27MB) D'UNE COLONNE D'EAU

PRESSION D'ALIMENTATION MAXIMALE: 7.0" (17MB) D'UNE COLONNE D'EAU PRESSION D'ALIMENTATION MAXIMALE: 13" (32MB) D'UNE COLONNE D'EAU

NOT FOR USE WITH SOLID FUEL. FOR USE WITH GLASS DOORS CERTIFIED WITH THIS UNIT ONLY.

WARNING:

THIS FIREPLACE USES AND REQUIRES A FAST ACTING THERMOCOUPLE. REPLACE ONLY WITH A FAST ACTING THERMOCOUPLE SUPPLIED BY WOLF STEEL LTD. DO NOT ADD ANY MATERIAL TO THE APPLIANCE, WHICH WILL COME IN CONTACT WITH THE FLAMES, OTHER THAN THAT SUPPLIED BYTHE MANUFACTURER WITH THE APPLIANCE. MINIMUM CLEARANCE TO COMBUSTIBLE MATERIALS / DEGAGEMENTS MINIMAUX DES MATERIAUX COMBUSTIBLES: TOP/ DESSUS 0 RECESSED DEPTH / PROFONDEUR D'ENCASTRE 16" FLOOR / PLANCHER 0 VENT SIDES / COTES DE L'EVENT 1" SIDES / COTES 0 VENT TOP / EVENT SUPERIEUR 3" BACK / ARRIERE 0 VENT BOTTOM / EVENT INFERIEUR 1" MANTEL / MANTEAU 2" * * MAXIMUM HORIZONTAL EXTENSION / L'EXTENSION HORIZONTALE MAXIMALE: 2". SEE INSTRUCTION MANUAL FOR GREATER EXTENSIONS. REFERER AU MANUEL D'INSTRUCTION POUR DES EXTENSIONS PLUS GRANDES.

SEE OWNER'S INSTRUCTION MANUAL FOR MINIMUM AND MAXIMUM VENT LENGTHS. REFERER AU MANUEL D'INSTALLATION DE PROPRIETAIRE POUR LES LONGUEURS D'EVACUATION MINIMALE ET MAXIMALE.

WOLF STEEL LTD.

24 NAPOLEON ROAD, BARRIE, ON, L4M 0G8 CANADA

FOYER À GAZ VENTILÉ DIRECT. HOMOLOGUÉ POUR INSTALLATION DANS UNE CHAMBRE À COUCHER,

UNE SALLE DE BAIN ET UN STUDIO. APPROPRIÉ POUR INSTALLATION DANS UNE MAISON MOBILE SI SON INSTALLATION CONFORMÉ AUX EXIGENCES DE LA NORME CAN/CSA Z240MH SÉRIE DE MAISONS MOBILES ÉQUIPÉES AU GAZ, EN VIGUEUR AU CANADA OU AUX ÉTATS-UNIS DE LA NORME DE SÉCURITÉ ET DE CONSTRUCTION DE MAISONS MANUFACTURÉES, TITRE 24 CFR, SECTION 3280. DANS LE CAS OÙ CETTE NORME D'ÉTATS-UNIS NE PEUT ÊTRE APPLIQUÉE, SE RÉFÉRER À LA

FOR USE WITH BARRIER

9700539 (WSL) 4001657 (NGZ) 4001658 (NAC) 4001659 (WUSA)

B36NTR CB36NTR MODEL CB36PTR B36PTR B36NTRE CB36NTRE CB36PTRE B36PTRE

0-4500FT (0-1370m) ALTITUDE / ELEVATION 0-4500FT (0-1370m)

18,000 BTU/h INPUT / ALIMENTATION 18,000 BTU/h

MANIFOLD PRESSURE: 3.5" (9MB) WATER COLUMN MANIFOLD PRESSURE: 10" (25MB) W

PRESSION AU COLLECTEUR: 3.5" (9 MB) D'UNE COLONNE D'EAU PRESSION AU COLLECTEUR: 10" (25MB) D'UNE COLONNE D'EAU

MINIMUM SUPPLY PRESSURE: 4.5" (11MB) WATER COLUMN MINIMUM SUPPLY PRESSURE: 11" (27MB) WATER COLUMN

MAXIMUM SUPPLY PRESSURE: 7.0" (17MB) WATER COLUMN MAXIMUM SUPPLY PRESSURE: 13" (32MB) WATER COLUMN

13,000 BTU/h REDUCED INPUT / ALIMENTATION REDUITE 13,500 BTU/h

P4: 51.7% P4: 51.7%

NORME RELATIVE AU CRITÈRE DE MESURES DE SÉCURITÉ CONTRE L'INCENDIE POUR LES INSTALLATIONS DANS LES MAISONS MANUFACTURÉS, LES SITES ET LES COMMUNAUTES, ANSI/NFPA 501A.

W565-0144. SUIVEZ LES INSTRUCTIONS D'INSTALLATION SE TROUVENT DANS LE MANUEL

D'INSTALLATION

POUR UNE UTILISER AVEC BARRIÈRE

ATER COLUMN

UN COMBUSTIBLE SOLIDE NE DOIT PAS ÊTRE UTILISÉ AVEC CET APPAREIL. UTILISER AVEC LES PORTES VITRÉES HOMOLOGUÉES SEULEMENT AVEC CETTE UNITÉ.

AVERTISSEMENT: CE FOYER UTILISÉ ET REQUIÈRT UN THERMOCOUPLE À ACTION RAPIDE.

REMPLACEZ UNIQUEMENT AVEC UN THERMOCOUPLE À ACTION RAPIDE DE WOLF STEEL LTÉE. N’AJOUTEZ PAS A CET APPAREIL AUCUN MATÉRIAU DEVANT ENTRER EN CONTACT AVEC LES FLAMMES AUTRE QUE CELUI QUI EST FOURNI AVEC CET APPAREIL PAR LE FABRICANT. THE APPLIANCE MUST BE VENTED USING THE APPROPRIATE WOLF STEEL VENT KITS. SEE OWNERS INSTALLATION MANUAL FOR VENTING SPECIFICS. PROPER REINSTALLATION AND RESEALING IS NECESSARY AFTER SERVICING THE VENT-AIR INTAKE SYSTEM. L'APPAREIL DOIT ÉVACUER SES GAZ EN UTILISANT L'ENSEMBLE D'ÉVACUATION PROPRE À NAPOLÉON. RÉFÉRER AU MANUEL D'INSTALLATION DE PROPRIÉTAIRE POUR L'ÉVACUATION PRÉCISE. IL EST IMPORTANT DE BIEN REINSTALLER ET RESCELLER L'ÉVENT APRÈS AVOIR ASSURÉ LE MAINTIEN DU SYSTÈME DE PRISE D'AIR. DECORATIVE PRODUCT: NOT FOR USE AS A HEATING APPLIANCE PRODUIT DÉCORATIF: NE PAS UTILISER COMME APPPAREIL DE CHAUFFAGE. ELECTRICAL RATING / CLASSIFICATION: 115V 0.82AMP, 60HZ OPTIONAL FAN KIT / ENSEMBLE DE VENTILATEUR FACULTATIF: EP35

SERIAL NUMBER/NO. DE SERIE:

B36

W385-1987 / A

For rating plate location, see “installation overview” section.

This illustration is for reference only. Refer to the rating plate on the appliance for accurate information.

NOTE: The rating plate must remain with the appliance at all times. It must not be removed.

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3.0 venting

WARNING

RISK OF FIRE, MAINTAIN SPECIFIED AIR SPACE CLEARANCES TO VENT PIPE AND APPLIANCE.

THE VENT SYSTEM MUST BE SUPPORTED EVERY 3FT (0.9m) FOR BOTH VERTICAL AND

HORIZONTAL RUNS. USE SUPPORTS OR EQUIVALENT

NON-COMBUSTIBLE STRAPPING TO MAINTAIN THE REQUIRED CLEARANCE FROM

COMBUSTIBLES. USE WOLF STEEL LTD. SUPPORT RING ASSEMBLY W010-0370 OR EQUIVALENT

NON-COMBUSTIBLE STRAPPING TO MAINTAIN THE MINIMUM CLEARANCE TO COMBUSTIBLES

FOR BOTH VERTICAL AND HORIZONTAL RUNS. SPACERS ARE ATTACHED TO THE INNER PIPE AT

PREDETERMINED INTERVALS TO MAINTAIN AN EVEN AIR GAP TO THE OUTER PIPE. THIS GAP IS REQUIRED FOR SAFE OPERATION. A SPACER IS REQUIRED AT THE START, MIDDLE AND END OF

EACH ELBOW TO ENSURE THIS GAP IS MAINTAINED. THESE SPACERS MUST NOT BE REMOVED.

THIS APPLIANCE USES A 4” (102mm) EXHAUST / 7” (178mm) AIR INTAKE VENT PIPE SYSTEM.

Refer to the section applicable to your installation.

For safe and proper operation of the appliance follow the venting instruction exactly. Deviation from the minimum vertical vent length can create difﬁ culty in burner start-up and/or carboning. Under extreme vent conﬁ gurations, allow several minutes (5-15) for the ﬂ ame to stabilize after ignition. Although not a requirement, it is recommended for vent lengths that pass through unheated spaces (attics, garages, crawl spaces) be insulated with the insulation wrapped in a protective sleeve to minimize condensation. Provide a means for visually checking the vent connection to the appliance after the appliance is installed. Use a ﬁ restop, vent pipe shield or attic insulation shield when penetrating interior walls, ﬂ oor or ceiling. The vent terminal may be painted with a high temperature paint to match exterior colours. Use an outdoor paint suitable for 400°F (204°C). Application and performance of paint is the consumer’s responsibility. Spot testing is recommended.

NOTE: If for any reason the vent air intake system is disassembled; reinstall per the instructions provided for the initial installation.

NOTE: This appliance must be installed with a continuous connection of exhaust and air intake vent pipes. Utilizing alternate constructions such as a chimney as part of the vent system is not permitted.

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Rigid and ﬂ exible venting systems must not be combined. Different venting manufacturer components

terminal connections) when using ﬂ exible venting.

3.1 venting lengths and components

Use only Wolf Steel, Simpson Dura-Vent, Selkirk Direct Temp, American Metal Amerivent or Metal-Fab

venting components. Minimum and maximum vent lengths, for both horizontal and vertical installations, clearances from vent pipes to combustibles and air terminal locations as set out in this manual apply to all vent systems and must be adhered to. For Simpson Dura-Vent, Selkirk Direct Temp, American Metal Amerivent and Metal-Fab follow the installation procedure provided with the venting components. A starter adaptor must be used with the following vent systems and may be purchased from the corresponding supplier:

VENT MANUFACTURER

Duravent W175-0053 Wolf Steel www.duravent.com

Amerivent 4DSC-N2 American Metal www.americanmetalproducts.com

Direct Temp 4DT-AAN Selkirk www.selkirkcorp.com

SuperSeal 4DNA Metal-Fab www.mtlfab.com

For Simpson Dura-Vent, Selkirk Direct Temp, American Metal Amerivent and Metal-Fab follow the installation procedure found on the website for your venting supplier.

For vent systems that provide seals on the inner exhaust ﬂ ue, only the outer air intake joints must be sealed using a red high temperature silicone (RTV). This same sealant may be used on both the inner exhaust and outer intake vent pipe joints of all other approved vent systems except for the exhaust vent pipe connection to the appliance ﬂ ue collar which must be sealed using the black high temperature sealant Mill Pac. High temperature sealant must be ordered separately.

STARTER ADAPTER PART NUMBER

SUPPLIER WEBSITE

When using Wolf Steel venting components, use only approved Wolf Steel rigid / ﬂ exible components with the following termination kits: wall terminal kit GD-222, GD-222R, or 1/12 to 7/12 pitch roof terminal kit GD-110, 8/12 to 12/12 roof terminal kit GD-111, ﬂ at roof terminal kit GD-112 or periscope kit GD-201 (for wall penetration below grade). With ﬂ exible venting, in conjunction with the various terminations, use either the 5 foot (1.5m) vent kit GD-220 or the 10 foot (3.1m) vent kit GD-330.

For optimum ﬂ ame appearance and appliance performance, keep the vent length and number of elbows to a minimum. The air terminal must remain unobstructed at all times. Examine the air terminal at least once a year to verify that it is unobstructed and undamaged.

must not be combined.

These vent kits allow for either horizontal or vertical venting of the appliance. The maximum allowable horizontal run is 20 feet (6.1m). The maximum allowable vertical vent length is 40 feet (12.2m). The maximum number of vent connections is two horizontally or three vertically (excluding the appliance and the air

For optimum performance, it is recommended that all horizontal runs have a 1" (25mm) rise per foot.

GX36-1 REQUIRED RISE ON HORIZONTAL

VENTING

Rear Vent

Top Vent

Rigid Venting 1" (25mm) / FT** Flexible Venting 1" (25mm) / FT** Flexible Venting 0" / FT Rigid Venting 0" / FT Flexible Venting 0" / FT Flexible Venting 0" / FT

B36 REQUIRED RISE ON HORIZONTAL

VENTING

Rear Vent

Top Vent

Rigid Venting 0" / FT

Rear Vent Corner

** When a vertical rise is used as part of the venting conﬁguration, a 0" (0mm) rise per foot is acceptable.

Rigid Venting 6" (152mm) Flexible Venting 6" (152mm) Flexible Venting 6" (152mm)

Rear Vent Corner

Rigid Venting 0"

Page 11

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3.2 typical vent installation

16" (40.6cm)

MINIMUM

8" (20.3cm)

MINIMUM

34 5/8"

(88cm)

24" (61cm) MAXIMUM

42 5/8"

(108cm)

MINIMUM

PLUS RISE*

40 FT (12.2m)

MAXIMUM

3 FT (1m)

MINIMUM

34 5/8"

(88cm)

TOP VENT

* Refer to "venting" section.

Page 12

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16" (40.6cm)

MINIMUM

20"

(50.8cm)

MAX

24" (61cm)

MINIMUM

PLUS RISE*

40 FT (12.2M)

MAXIMUM

3 FT (1M)

MINIMUM

24"

(61cm)

* Refer to "venting" section.

REAR VENT

Page 13

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3.3 special vent installations

30”

MINIMUM

12” MINIMUM

TOP EXIT INSTALLATION

REAR EXIT INSTALLATION

30”

MINIMUM

12” MINIMUM

MAXIMUM 10FT VENT LENGTH

6” (152mm) RISE MINIMUM

20” (50.8cm)

12” MINIMUM

3.3.1 periscope termination

Use the periscope kit to locate the air termination above grade. The periscope must be installed so that when ﬁ nal grading is completed, the bottom air slot is located a minimum 12” (30.5cm) above grade. The maximum allowable vent length is 10’ (3.1m).

30" (76.2cm)

MINIMUM

24"

(61cm)

12" (30.5cm)

MINIMUM

TO GRADE

12" (30.5cm)

MINIMUM

TO GRADE

30" (76.2cm)

MINIMUM

34 5/8"

(88cm)

3.3.2 corner termination

The maximum vent length for a corner installation is 20" (50.8cm) of horizontal run, in addition to the 45° offset. In this case, zero rise is acceptable when using rigid venting for B36 models; 6" (152mm) rise is required when using rigid venting for GX36-1 models. It is required to maintain a 6" (152.4mm) rise when using ﬂexible venting for both B36 and GX36-1 models (see charts and illustrations below).

6” (152mm) RISE MINIMUM

FLEXIBLE VENTING RIGID VENTING

MAXIMUM

Rear

Vent

Corner

B36 Required Rise

Rigid Venting 0"

Flexible Venting 6" (152mm)

Rear

Vent

Corner

GX36-1 Required Rise

Rigid Venting 6" (152mm)

Flexible Venting 6" (152mm)

Page 14

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absence, clearances are to be as listed above and are based on national codes.

3.4 minimum air terminal location clearances

COVERED BALCONY APPLICATIONS ††*

= 3 feet

MIN

(0.9m)

INSTALLATIONS

CANADA U.S.A.

12” (30.5cm) 12” (30.5cm) Clearance above grade, veranda porch, deck or balcony.

12” (30.5cm)

12” (30.5cm)* 12” (30.5cm) * Clearance to permanently closed windows.

18”

(45.7cm)**

12” (30.5cm)** 12” (30.5cm)** Clearance to unventilated sofﬁ t.

0” (0mm) 0” (0mm) Clearance to an outside corner wall.

0” (0mm)*** 0” (0mm)***

2” (51mm)*** 2” (51mm)*** Clearance to an inside combustible corner wall or protruding combustible obstructions (vent chase, etc.).

3’(0.9m) 3’(0.9m)****

3’ (0.9m) 3’ (0.9m)**** Clearance to a service regulator vent outlet.

12” (30.5cm) 9” (229mm) Clearance to a non-mechanical air supply inlet to the building or a combustion air inlet to any other appliance.

6’ (1.8m) 3’ (0.9m) † Clearance to a mechanical air supply inlet.

7’ (2.1m) ‡ 7’ (2.1m) **** Clearance above a paved sidewalk or paved driveway located on public property.

12” (30.5cm)†† 12” (30.5cm)**** Clearance under a veranda, porch or deck.

9” (229mm) Clearance to windows or doors that open.

18”

(45.7cm)**

Vertical clearance to ventilated sofﬁ ts located above the terminal within a horizontal distance of 2’ (0.6m) from the center line of the terminal.

Clearance to an inside non-combustible corner wall or protruding non-combustible obstructions (chimney, etc.).

Clearance to each side of the center line extended above the meter / regulator assembly to a maximum vertical distance of 15’ (4.6m).

NOTE: Wall terminals are for illustration purposes only. Size and shapes may vary.

= 2 x

MAX

ACTUAL

MAX

≤ 15 feet

(4.6m)

16” (40.6cm) 16” (40.6cm) Clearance above the roof.

2’ (0.6m)†* 2’ (0.6m) †* Clearance from an adjacent wall including neighbouring buildings.

8’ (2.4m) 8’ (2.4m)

3’ (0.9m) 3’ (0.9m) See chart for wider wall dimensions.

6’ (1.8m) 6’ (1.8m)

12” (30.5cm) 12” (30.5cm) Clearance under a covered balcony

Δ The terminal shall not be located less than 6 feet under a window that opens on a horizontal plane in a structure with three walls and a roof.

* Recommended to prevent condensation on windows and thermal breakage

** It is recommended to use a heat shield and to maximize the distance to vinyl clad sofﬁ ts.

*** The periscope requires a minimum 18 inches clearance from an inside corner.

**** This is a recommended distance. For additional requirements check local codes.

† 3 feet above if within 10 feet horizontally.

‡ A vent shall not terminate where it may cause hazardous frost or ice accumulations on adjacent property surfaces.

†† Permitted only if the veranda, porch, or deck is fully open on a minimum of two sides beneath the ﬂ oor.

†* Recommended to prevent recirculation of exhaust products. For additional requirements check local codes.

††* Permitted only if the balcony is fully open on a minimum of one side.

Roof must be non-combustible without openings.

See chart for deeper wall dimensions. The terminal shall not be installed on any wall that has an opening between the terminal and the open side of the structure.

NOTE: Clearances are to be in accordance with local installation codes and the requirements of the gas supplier. In their

Page 15

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3.5 venting application ﬂow chart

Horizontal Termination

Vertical rise is equal

to or greater than the horizontal run

Horizontal run +

vertical rise to

maximum of

35 feet (10.7m)

TOP EXIT

Vertical rise is less than horizontal run

Horizontal run +

vertical rise to

maximum of 24.75

feet (7.5m)

4.2 times the

vertical rise equal to

or greater than the

horizontal run

Vertical Termination

Vertical rise is equal

to or greater than the horizontal run

Horizontal run +

vertical rise to

maximum of

35 feet (10.7m)

Vertical rise is less

than horizontal run

Horizontal run +

vertical rise to

maximum of

35 feet (10.7m)

3 times the vertical

rise equal to or

greater than the

horizontal run

Horizontal Termination

Vertical rise is equal

to or greater than

the horizontal run

Horizontal run +

vertical rise to

maximum of 40 feet

(12m)

REAR EXIT

Vertical rise is less than horizontal run

Horizontal run +

vertical rise to

maximum of

24.75 feet (7.5m)

3.5 times the

vertical rise equal to

or greater than the

horizontal run

Vertical Termination

Vertical rise is equal

to or greater than

the horizontal run

Horizontal run +

vertical rise to

maximum of 40 feet

(12m)

Vertical rise is less than horizontal run

Horizontal run +

vertical rise to

maximum of 40 feet

(12m)

3 times the vertical

rise equal to or

greater than the

horizontal run

Page 16

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For the following symbols used in the venting calculations and examples are: > - greater than > < - less than < H H H VT - combined vertical vent lengths in feet

1° 0.03 0.5 12.7 15° 0.45 6.0 152.4 30° 0.9 11.0 279.4 45° 1.35 16.0 406.4 90°* 2.7 32.0 812.8

* The ﬁ rst 90° offset has a zero value and is shown in the formula as - 90°

3.6 deﬁnitions

- equal to or greater than

- equal to or less than

- total of both horizontal vent lengths (Hr) and offsets (Ho) in feet

- combined horizontal vent lengths in feet

- offset factor: .03 (total degrees of offset - 90°*) in feet

3.7 elbow vent length values

FEET INCHES MILLIMETERS

Page 17

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2.5

(0.8)5(1.5)

7.5

(2.3)

(3.1)

12.5 (3.8)15(4.6)

40 (12.2)

10 (3.1)

20 (6.1)

30 (9.1)

17.5 (5.3)20(6.1)

39 (11.9)

REQUIRED

VERTICAL

RISE IN FEET

(METERS)V

HORIZONTAL VENT RUN PLUS OFFSET IN FEET

(METERS) H

Since both formulas are met, this vent conﬁ guration is acceptable.

7.5

(2.3)

(3.1)

12.5 (3.8)15(4.6)

17.5 (5.3)20(6.1)

(METERS) H

3.8 top exit horizontal termination

Simple venting conﬁ guration (only one 90° elbow)

(HT) < (VT)

40 (12.2)

39 (11.9)

See graph to determine the required vertical

rise VT for the required horizontal run HT.

REQUIRED

30 (9.1)

VERTICAL

RISE IN FEET

(METERS)V

20 (6.1)

10 (3.1)

2.5

(0.8)5(1.5)

(2.3)

7.5 (3.1)

12.5 (3.8)15(4.6)

HORIZONTAL VENT RUN PLUS OFFSET IN FEET

(METERS) H

The shaded area within the lines represents

acceptable values for H

and V

For vent conﬁ gurations requiring more than one 90° elbow, the following formulas apply: Formula 1: HT < V

Formula 2: HT + VT < 40 feet (12.2m)

Example:

= 3 FT (0.9m)

90°

V2 = 8 FT (2.4m) VT = V1 + V2= 3 FT (0.9m ) + 8 FT (2.4m) = 11 FT (3.4m)

H1 = 2.5 FT (0.8m)

H2 = 2 FT (0.6m) HR = H1 + H2 = 2.5 FT (0.8m) + 2 FT (0.6m) = 4.5 FT (1.4m) HO = .03 (three 90° elbows - 90°) = .03 (270° - 90°) = 5.4 FT (1.7m) HT = HR + HO = 4.5 FT (1.4m) + 5.4 FT (1.6m) = 9.9 FT (3m) HT + VT = 9.9 FT (3m) + 11 FT (3.4m) = 20.9 FT (6.4m)

90°

17.5 (5.3)20(6.1)

Formula 1: HT < V

9.9 FT (3m) < 11 FT (3.4m)

Formula 2: HT + VT < 40 FT (12.2m)

20.9 FT (6.4m) < 40 FT (12.2m)

Page 18

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(HT) > (VT)

Simple venting configuration

(only one 90° elbow)

See graph to determine the required vertical rise VT for the required horizontal run HT.

150 (381)

147 (373)

REQUIRED

VERTICAL

RISE IN INCHES

(CENTIMETERS) V

100 (254)

57 (145)

50 (127)

8 (20.3)

(1.5)

(0.6)

(3.1)

(4.6)

12.5

(3.8)

19.5 (5.9)

HORIZONTAL VENT RUN PLUS OFFSET IN FEET (METERS) HT

The shaded area within the lines represents acceptable values for H

For vent configurations requiring more than one 90° elbow, the following formulas apply:

Formula 1: H Formula 2: HT + V

< 4.2 V

< 24.75 feet (7.5m)

90°

Example:

= VT = 6 FT (1.8m)

= 3 FT (0.9m)

= 5 FT (1.5m)

= H

+ H

= .03 (two 90° elbows - 90°) = .03 (180° - 90°) = 2.7FT (0.8m)

= H

+ V

= 3FT (0.9m) + 5FT (1.5m) = 8FT (2.4m)

+ H

= 8FT (2.4m) + 2.7FT (0.8m) = 10.7FT (3.3m)

= 10.7FT (3.3m) + 6FT (1.8m) = 16.7FT (5.1m)

20 (6.1)

90°

and VT

Formula 1: H

Formula 2: H

< 4.2 V

4.2 VT = 4.2FT (1.3m) x 6FT (1.8m) = 25.2FT (7.7m) + V

16.7 FT (5.1m) < 24.75 FT (7.5m)

< 24.75 FT (7.5m)

Since both formulas are met, this vent configuration is acceptable.

Example:

= 4 FT (1.2m)

= 1.5 FT (0.5m)

= V

+ V

= 2 FT (0.6m)

= 1 FT (0.3m)

= 1.5 FT (0.5m)

= H

= .03 (four 90° elbows - 90°) = .03 (360° - 90°) = 8.1 FT (2.5m)

= H

+ V

Formula 1: H

= 4 FT (1.2m) + 1.5 FT (0.5m) = 5.5 FT (1.7m)

+ H2 + H

+ H

= 13.6 FT (4.2m) + 5.5 FT (1.7m) = 19.1 FT (5.8m)

+ H4 = 2FT (0.6m) + 1FT (0.3m) + 1FT (0.3m) + 1.5FT (0.5m) = 5.5 FT (1.7m)

= 5.5 FT (1.7m) + 8.1 FT (2.5m) = 13.6 FT (4.2m)

< 4.2 V

4.2 VT = 4.2 FT (1.3m) x 5.5 FT (1.7m) = 23.1 FT (7m)

13.6 FT (4.2m) < 23.1 FT (7m)

Formula 2: HT + V

19.1 FT (5.8m) < 24.75 FT (7.5m)

< 24.75 FT (7.5m)

Since both formulas are met, this vent configuration is acceptable.

90°

Page 19

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3.9 rear exit horizontal termination

(HT) < (VT)

Simple venting configuration

(only two 90° elbows)

See graph to determine the required vertical rise V

horizontal run H

40 (12.2)

35.3 (10.7)

REQUIRED

30 (9.1)

VERTICAL

RISE IN

20 (6.1)

FEET

(METERS) V

HORIZONTAL VENT RUN PLUS OFFSET IN FEET (METERS) H

2 (0.6)

10 (3.1)

2.5

(0.8)5 (1.5)

1.6

(0.5)

The shaded area within the lines represents acceptable values for H

and HT

For vent configurations requiring more than two 90° elbows, the following formulas apply:

Formula 1: H Formula 2: HT + V

< V

< 40 feet (12.2m)

Example:

= 9 FT (2.7m)

= 6 FT (1.8m)

= V

+ V

= 3 FT (0.9m)

= 2 FT (0.6m)

= 1.5 FT (0.5m)

= H

= .03 (four 90° elbows - 90°) = .03 (360° - 90°) = 8.1 FT (2.5m)

= H

+ V

Formula 1: H

Formula 2: HT + V

= 9FT (2.7m) + 6FT (1.8m) = 15FT (4.6m)

+ H2 + H

+ H

= 14.6FT (4.5m) + 15FT (4.6m) = 29.6 FT (9m)

= 3FT (0.9m) + 2FT (0.6m) + 1.5FT (0.5m) = 6.5FT (2m)

= 6.5FT (2m) + 8.1FT (2.5m) = 14.6FT (4.5m)

< V

14.6 FT (4.5m) < 15 FT (4.6m)

< 40 FT (12.2m)

29.6 FT (9m) < 40 FT (12.2m)

Since both formulas are met, this vent configuration is acceptable.

(2.3)

(6.1)

for the required

7.5 (3.1)

12.5

(4.6)

17.5 (5.3)

(3.8)

90°

Page 20

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(HT) > (VT)

Simple venting configuration

(only two 90° elbows)

See graph to determine the required vertical rise V

12.5 (3.8)

12.25 (3.7)

REQUIRED

VERTICAL RISE IN

8.3 (2.54)

FEET

(METERS)V

(1.68)

(0.3)

5.5

4.2 (1.3)

HORIZONTAL VENT RUN PLUS OFFSET IN FEET (METERS) H

The shaded area within the lines represents acceptable

For vent configurations requiring more than two 90° elbows, the following formulas apply:

Formula 1: H Formula 2: HT + V

< 3.5V

< 24.75 feet (7.5m)

Example:

= 4 FT (1.2m)

= 1.5 FT (0.5m)

= V

+ V

= 2 FT (0.6m)

= 1 FT (0.3m)

= 1.5 FT (0.5m)

= H1+ H2+H3+H4= 2FT(0.6m) + 1FT(0.3m) + 1FT(0.3m) + 1.5FT(0.5m) = 5.5 FT(1.7m)

= .03 (four 90° elbows + one 45° elbow - 90°)

= .03 (90 + 90 + 90 + 90 + 45 - 90) = 9.45 FT (2.9m)

= H

+ V

Formula 1: H

= 4FT (1.2m) + 1.5FT (0.5m) = 5.5 FT (1.7m)

+ H

= 5.5FT (1.7m) + 9.45FT (2.9m) = 14.95FT (4.6m)

= 14.95FT (4.6m) + 5.5FT (1.7m) = 20.45FT (6.2m)

< 3.5V

3.5VT = 3.5FT (1.1m) x 5.5FT (1.7m) = 19.25FT (5.9m)

14.95 FT (4.6m) < 19.25 FT (5.9m)

Formula 2: HT + V

< 24.75 FT (7.5m)

20.45 FT (6.2m) < 24.75 FT (7.5m)

Since both formulas are met, this vent configuration is acceptable.

required horizontal run H

2.5

(0.8)5 (1.5)

(0.3)

values for H

3.5

(1.1)

7.5

(2.3)

and HT

(3.1)

90°

for the

12.5

17.5

(3.8)

(4.6)

(5.3)

(6.1)

19.25 (5.9)

90°

Page 21

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3.10 top and rear exit vertical termination

for the

(HT) < (VT)

Simple venting configurations.

See graph to determine the required vertical rise V

required horizontal run HT.

40 (12.2)

30 (9.1)

REQUIRED

VERTICAL RISE

IN FEET

(METERS)V

20 (6.1)

10 (3.1)

3 (0.9)

(1.5)

HORIZONTAL VENT RUN PLUS OFFSET IN FEET

(METERS) H

The shaded area within the lines represents acceptable

values for H

For vent configurations requiring one or more 90° elbows (top exit) or one or more 90° elbows (rear exit), the following formulas apply:

Formula 1: H Formula 2: HT + V

< V

< 40 feet (12.2m)

(3.1)

and HT

(4.6)

(6.1)

Example:

= 5 FT (1.5m)

= 6 FT (1.8m)

= 10 FT (3.1m)

= V

+ V2 + V

= 8 FT (2.4m)

= 2.5 FT (0.8m)

= H1+ H2 = 8FT (2.4m) + 2.5FT (0.8m) = 10.5FT (3.2m)

= .03 (four 90° elbows - 90°)

= .03 (360° - 90°) = 8.1 FT (2.5m)

= H

+ H

+ V

= 18.6FT (5.7m) + 21FT (6.4m) = 39.6FT (12.1m)

Formula 1: H

Formula 2: HT + V

= 5FT (1.5m) + 6FT (1.8m) + 10FT (3.1m) = 21 FT (6.4m)

= 10.5FT (3.2m) + 8.1FT (2.5m) = 18.6FT (5.7m)

< 3.5V

18.6 FT (5.7m) < 21 FT (6.4m)

39.6FT (12.1m) < 40 FT (12.2m)

< 40 FT (12.2m)

Since both formulas are met, this vent configuration is acceptable.

Page 22

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(HT) > (VT)

need to be established to satisfy both formulas.

Example:

Since both formulas are met, this vent conﬁguration is acceptable.

Simple venting configurations.

See graph to determine the required vertical rise V

19 (5.8)

required horizontal run H

20 (6.1)

for the

REQUIRED

VERTICAL

RISE IN

FEET

(METERS)V

3 (0.9)

10 (3.1)

(1.5)

(3.1)

(4.6)

(6.1)

(7.6)

(9.1)

HORIZONTAL VENT RUN PLUS OFFSET IN FEET (METERS)H

The shaded area within the lines represents acceptable

values for H

and HT

For vent configurations requiring more than two 90° elbows (top exit) or one 90° elbow (rear exit), the following formulas apply:

Formula 1: H Formula 2: HT + V

< 3 V

< 40 feet (12.2m)

Example:

= 2 FT (0.6m)

= 1 FT (0.3m)

= 1.5 FT (0.5m)

= V

V H H H H

= .03 (360° - 90°) = 8.1 FT (2.5m)

H H

Formula 1: H

+ V2 + V3 = 2FT (0.6m) + 1FT (0.3m) + 1.5FT (0.5m) = 4.5 FT (1.4m)

= 6 FT (1.8m)

= 2 FT (0.6m)

= H

+ H

= .03 (four 90° elbows - 90°)

= H

+ V

= 6FT (1.8m) + 2FT (0.6m) = 8 FT (2.4m)

+ H

= 8FT (2.4m) + 8.1FT (2.5m) = 16.1FT (4.9m)

= 16.1FT (4.9m) + 4.5FT (1.4m) = 20.6FT (6.3m)

< 3.5 V

3.5 V

16.1FT (4.9m) < 13.5 FT (4.1m)

= 3FT (0.9m) x 4.5FT (1.4m) = 13.5 FT (4.1m)

90°

Since this formula is not met, this vent configuration is unacceptable. Formula 2: HT + V

16.1FT (4.9m) < 13.5 (4.1m)

< 40 FT (12.2m)

Since only formula 2 is met, this vent configuration is unacceptable and a new fireplace location or vent configuration will

= 1.5 FT (0.5m)

= 5 FT (1.5m)

= V

V H H H H H = .03 (270° + 45° - 90°) = 6.75 FT (2.1m) H H

+ V2 = 1.5FT (0.5m)+ 5FT (1.5m) = 6.5 FT (2m)

= 1 FT (0.3m)

= 10.75 FT (3.3m)

= H

+ H2 + H3 = 1FT (0.3m) + 1FT (0.3m) + 10.75FT (3.3m) = 12.75FT (3.9m)

= .03 (three 90° elbows + one 45° elbow - 90°)

= H

+ H

+ V

= 12.75FT (3.9m) + 6.75FT (2.1m) = 19.5 FT (5.9m)

= 19.5FT (5.9m) + 6.5FT (2m) = 26 FT (7.9m)

Formula 1:

< 3 V

3 V

19.5FT (5.9m) = 19.5FT (5.9m)

= 3FT (0.9m) x 6.5FT (2m) = 19.5FT (5.9m)

Formula 2: HT + V 26 FT (7.9m) < 40 FT (12.2m)

< 40 FT (12.2m)

90°

45°

90°

Page 23

W415-1678 / E / 08.15.18

3.11 rear exit

WARNING

DEFLECTOR

DEFLECTOR DÉFLECTEUR

JOINT D’ÉTANCHÉITÉ

COLLET D’ÉVACUATION

FAILURE TO CREATE A SEAL TO THE FIREBOX WITH THE EXHAUST COLLAR ASSEMBLY WILL CAUSE

THE APPLIANCE TO FUNCTION IMPROPERLY AND CAN CAUSE INJURY OR PROPERTY DAMAGE.

A. Remove the safety barrier and glass door (see "safety barrier/door removal and installation" section). B. Remove the contents from the ﬁrebox and set aside. You will need the exhaust and air inlet collar. C. To ease assembly, remove the 4 hex head screws securing the deﬂector from inside the top front of the

ﬁrebox (FIG 1).

F. Secure the ﬂue collar assembly, gasket, and rear exit shield using the 4 black

G. Re-attach the deﬂector using the 4 screws, and install the log set, glass door,

Place the gasket (provided with the 4" collar assembly) over the 4" (101.6mm) ﬂue collar and bend along perforation (FIG 2).

From inside the ﬁrebox, insert the 4" (101.6mm) ﬂue collar through the back of the ﬁrebox. Install the rear exit shield onto the 4" (101.6mm) ﬂue collar (see "rear exit shield (for rear vent only)" section).

pan head 5/8" thread cutting screws (FIG 2).

NOTE: Do not overtighten. The gasket only needs to be snug against the ﬁrebox.

and safety barrier. Install the 7" collar assembly, complete with gasket, onto the rear panel

around the 4" (101.6mm) collar with the screws provided (FIG 3).

FIG. 1

FIG. 2

FIG. 3

3.12 rear exit shield (for rear vent only)

A. Remove the safety barrier and door from

the appliance (see “safety barrier & door removal/installation” section).

B. Loosen the 2 screws that secure the

exhaust plate, and slide the shield's

C. Reinstall the door and safety barrier

slotted openings behind the screwheads. Tighten the 2 previously loosened screws (FIG 1).

assembly on the appliance (see “safety barrier & door removal/installation” section).

GASKET

INTAKE COLLAR

ASSEMBLY

FIG. 1

NOTE: This shield is used to block the view through the venting to the outdoors.

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EXHAUST FLUE COLLAR

WARNING

DEFLECTOR

EXHAUST FLUE COLLAR

3.13 top exit

FAILURE TO CREATE A SEAL TO THE FIREBOX WITH THE EXHAUST COLLAR ASSEMBLY WILL CAUSE

THE APPLIANCE TO FUNCTION IMPROPERLY AND CAN CAUSE INJURY OR PROPERTY DAMAGE.

NOTE: This appliance has been factory shipped as a rear vent.

A. Remove the safety barrier and glass door (see "safety barrier & door removal/installation" section). B. Remove the contents from the ﬁrebox and set aside.

You will need the exhaust and air inlet collar.

C. To ease assembly, remove the 4 hex head screws,

securing the deﬂector from inside the top front of the ﬁrebox (FIG 1).

D. Remove the outer cover plate and gasket by removing

the 4 screws. Install the outer cover plate and gasket onto the back of the appliance using the 4 previously removed screws (FIG 2).

E. Remove the 1 1/2" (38.1mm) thick batt of insulation and discard (FIG 2). F. Remove the 4 screws securing the inner cover plate, 'o' ring (GX36-1 only), and gasket. Remove the inner

cover plate and discard (FIG 2).

G. Reinstall the 'o' ring (GX36-1 only) and gasket into the appliance using the previously removed screws (FIG 2). H. Place the 7" (177.8mm) intake collar and gasket onto the top of the appliance and secure using 4 screws.

TIP: The manual baggie supplies the gasket (GX36-1 only) and screws (packaged in another separate baggie).

FIG. 1

I. From inside the ﬁrebox, install the 4" (101.6mm) exhaust collar with gasket up through the top of the

ﬁrebox, and secure with the the 4 hex head 3/4" black screws supplied in the manual baggie.

NOTE: Do not overtighten. The gasket only needs to be snug against the ﬁrebox.

J. Reinstall the top deﬂector, log set, glass door, and safety barrier.

OUTER

COVERPLATE

GASKET

‘O’ RING

INNER

COVERPLATE

GASKET

1 1/2” INSULATION BATT

GASKET

FIG. 2

OUTER

COVERPLATE

FIG. 3

Page 25

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4.0 installation

WARNING

ENSURE TO UNPACK ALL LOOSE MATERIALS FROM INSIDE THE FIREBOX PRIOR TO HOOKING UP

(NOT SUPPLIED) WITH THE EXCEPTION OF THE APPLIANCE EXHAUST FLUE COLLAR WHICH MUST

IF USING PIPE CLAMPS TO CONNECT VENT COMPONENTS, A MINIMUM OF 3 SCREWS MUST ALSO

THE GAS AND ELECTRICAL SUPPLY.

IF YOUR APPLIANCE IS SUPPLIED WITH A REMOTE, ENSURE THE REMOTE RECEIVER IS IN THE

“OFF” POSITION PRIOR TO HOOKING UP THE GAS AND ELECTRICAL SUPPLY TO THE APPLIANCE.

FOR SAFE AND PROPER OPERATION OF THE APPLIANCE, FOLLOW THE VENTING INSTRUCTIONS

EXACTLY.

ALL EXHAUST AND INTAKE VENT PIPE JOINTS MUST BE SEALED USING RED RTV HIGH TEMP

SILICONE SEALANT (W573-0002) (NOT SUPPLIED) OR BLACK HIGH TEMP MILL PAC (W573-0007)

BE SEALED USING MILL PAC.

BE USED TO ENSURE THE CONNECTION CANNOT SLIP OFF.

DO NOT CLAMP THE FLEXIBLE VENT PIPE.

RISK OF FIRE, EXPLOSION OR ASPHYXIATION. IMPROPER SUPPORT OF THE ENTIRE VENTING

SYSTEM MAY ALLOW VENT TO SAG AND SEPARATE. USE VENT RUN SUPPORTS AND CONNECT

VENT SECTIONS PER INSTALLATION INSTRUCTIONS.

RISK OF FIRE, DO NOT ALLOW LOOSE MATERIALS OR INSULATION TO TOUCH THE VENT PIPE.

REMOVE INSULATION TO ALLOW FOR THE INSTALLATION OF THE ATTIC SHIELD AND TO

MAINTAIN CLEARANCES TO COMBUSTIBLES.

4.1 wall and ceiling protection

DO NOT FILL THE SPACE BETWEEN THE VENT PIPE AND ENCLOSURE WITH ANY TYPE OF

MATERIAL. DO NOT PACK INSULATION OR COMBUSTIBLES BETWEEN CEILING FIRESTOPS.

ALWAYS MAINTAIN SPECIFIED CLEARANCES AROUND VENTING AND FIRESTOP SYSTEMS.

INSTALL WALL SHIELDS AND FIRESTOPS AS SPECIFIED. FAILURE TO KEEP INSULATION OR

OTHER MATERIALS AWAY FROM VENT PIPE MAY CAUSE FIRE.

For clearances to combustible materials from the vent pipe, see “framing” section.

Page 26

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C. In the attic, slide the vent pipe collar down to cover up the open end of the shield and

VENT

PIPE

COLLAR

WARNING

4.1.1 horizontal installation

THE FIRESTOP ASSEMBLY MUST BE INSTALLED WITH THE VENT SHIELD TO THE TOP.

TERMINALS MUST NOT BE RECESSED INTO A WALL OR SIDING MORE THAN THE DEPTH OF THE

RETURN FLANGE OF THE MOUNTING PLATE.

This application occurs when venting through an exterior wall. Having determined the correct height for the air terminal location, cut and frame a hole in the exterior wall as illustrated to accommodate the ﬁ restop assembly. Dry ﬁ t the ﬁ restop assembly before proceeding to ensure the brackets on the rear surface ﬁ t to the inside surface of the horizontal framing.

The vent shield must be installed to the full depth of the combustible wall. The length of the vent shield may be cut shorter for combustible walls that are less than 8 1/2" (216mm) thick.

reduced side clearances or move the shield for reduced top clearances.

A. Apply a bead of caulking (not

supplied) around the corner edge of the inside surface of the ﬁ restop assembly, ﬁ t the ﬁ restop assembly to the hole and secure using the 4 screws (supplied in your manual baggie).

NOTE : Do not ﬁ ll the air space between the ﬁ restop spacer and the exterior wall with any type of insulating material (i.e., spray foam).

B. Once the vent pipe is installed in

its ﬁ nal position, apply red ﬁ restop.

NOTE: Bend the tabs for

RTV silicone sealant (W573-0002) (not supplied) between the pipe and the

CAULKING

FIRESTOP

SPACER

CAULKING

VENT

SHIELD

FINISHING MATERIAL

NOTE: The above is for illustration purposes only. Vents do not always pass through center of frame.

ADD

11 1/8"

HEIGHT

(28.2cm)

ADD

WIDTH

14 1/2"

(36.8cm)

DETERMINE THE CORRECT HEIGHT

4.1.2 vertical installation

This application occurs when venting through a roof. Installation kits for various roof pitches are available from your authorized dealer / distributor. See accessories to order speciﬁ c kits required.

A. Determine the air terminal location, cut and frame a square opening as

illustrated in the ceiling and the roof to provide the minimum 1" (25mm) clearance between the vent pipe and any combustible material. Try to center the vent pipe location midway between two joists to prevent having to cut them. Use a plumb bob to line up the center of the openings. A vent pipe shield will prevent any materials such as insulation, from ﬁ lling up the 1" (25mm) air space around the pipe. Nail headers between the joist for extra support.

B. Apply a bead of caulking (not supplied) to the framework or to the

Wolf Steel vent pipe shield plate or equivalent (in the case of a ﬁ nished ceiling), and secure over the opening in the ceiling. A ﬁ restop must be placed on the bottom of each framed opening in a roof or ceiling that the venting system passes through. Apply a bead of caulking all around and place a ﬁ restop spacer over the vent shield to restrict cold air from being drawn into the room or around the ﬁ replace. Ensure that both spacer and shield maintain the required clearance to combustibles. Once the vent pipe is installed in its ﬁ nal position, apply Mill Pac sealant (W573-0007) (not supplied) or red RTV silicone (W573-0002) (not supplied) between the pipe and the ﬁ restop assembly.

Continued on next page.

FIRESTOP

UNDERSIDE OF

JOIST

VENT PIPE

SHIELD

CAULKING

VENT

PIPE

Page 27

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WARNING

A. Stretch the inner ﬂ ex pipe to the required length taking into account

The air terminal mounting plate may be recessed into the exterior wall or siding no greater than the depth of its return ﬂ ange.

Outer Flex

HI-TEMP

SEALANT

ADD FASTENER TYPE

C. In the attic, slide the vent pipe collar down to cover up the open end of the shield and tighten. This will

prevent any materials, such as insulation, from ﬁlling up the 1" (2.5mm) air space around the pipe.

4.2 using ﬂexible vent components

DO NOT ALLOW THE INNER FLEX PIPE TO BUNCH UP ON HORIZONTAL OR VERTICAL RUNS AND ELBOWS.

SPACERS ARE ATTACHED TO THE INNER FLEX PIPE AT PREDETERMINED INTERVALS TO MAINTAIN AN EVEN

AIR GAP TO THE OUTER FLEX PIPE. THIS GAP IS REQUIRED FOR SAFE OPERATION. A SPACER IS REQUIRED

AT THE START, MIDDLE AND END OF EACH ELBOW TO ENSURE THIS GAP IS MAINTAINED. THESE SPACERS

For safe and proper operation of the appliance, follow the venting instructions exactly. All inner ﬂ ex pipe and outer ﬂ ex pipe joints may be sealed using high temperature

Elbow

Spacers

“Wolf Steel Approved Venting” or “E2” as identiﬁ ed by the stamp on the ﬂ ex pipes.

red RTV silicone W573-0002 (not supplied) or the high temperature sealant W5730007 Mill Pac (not supplied). However, the high temperature sealant W573-0007 Mill Pac (not supplied) must be used on the joint connecting the inner ﬂ ex pipe and the exhaust ﬂ ue collar.

Use only approved ﬂ exible vent pipe kits marked:

KEEP IT PULLED TIGHT.

MUST NOT BE REMOVED.

4.2.1 horizontal air terminal installation

the additional length needed for the ﬁ nished wall surface. Apply a heavy bead of the Mill Pac sealant (W573-0007) (not supplied) to the inner sleeve of the air terminal. Slip the vent pipe a minimum of 2” (50.8mm) over the inner sleeve of the air terminal and secure with a minimum of 3 screws.

Using the outer ﬂ ex pipe, slide over the outer

combustion air sleeve of the air terminal and secure with a minimum of 3 screws. Seal using red RTV silicone (W573-0002) (not supplied).

Insert the vent pipes through the ﬁ restop maintaining the

required clearance to combustibles. Holding the air terminal (lettering in an upright, readable position), secure to the exterior wall and make weather tight by sealing with caulking (not supplied).

If more vent pipe needs to be used to reach the ﬁ replace,

couple them together as illustrated. The vent system must be supported approximately every 3 feet (0.9m) for both vertical and horizontal runs. Use non-combustible strapping to maintain the minimum clearance to combustibles.

CAULKING

SCREWS

(SUPPLIED)

Hi-Temp Sealant

Outer Flex

Pipe

INNER FLEX

PIPE

2" (50.8mm) OVERLAP

HIGH TEMPERATURE

Inner Flex Pipe

OUTER FLEX PIPE

SEALANT

Screws

Inner Coupler

Outer Coupler

Pipe

Page 28

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WARNING

4.2.2 vertical air terminal installation

MAINTAIN A MINIMUM 2” (51mm) SPACE BETWEEN THE AIR INLET BASE AND THE STORM COLLAR.

NOTE : Fastening hardware provided with appropriate roof terminal and liner kits.

Fasten the roof support to the roof using 6 screws. The roof support is optional. In this case the venting is to be adequately supported using either an alternate method suitable to the authority having jurisdiction or the optional roof support.

Stretch the inner ﬂ ex pipe to the required length. Slip the inner ﬂ ex pipe a minimum of 2” (51mm) over the inner pipe of the air terminal connector and secure with a minimum of

3 screws. Seal using a heavy bead of Mill Pac sealant (W573-0007) (not supplied).

Repeat using the outer ﬂ ex pipe, using a heavy bead of red RTV silicone (W573-0002) (not supplied) and a minimum of

3 screws. Thread the air terminal connector / vent pipe assembly

down through the roof. The air terminal must be positioned vertically and plumb. Attach the air terminal connector to the roof support, ensuring that the top of the air terminal is 16” (40.6cm) above the highest point that it penetrates the roof.

Remove nails from the shingles, above and to the sides of the air terminal connector. Place the ﬂ ashing over the air terminal connector leaving a min. 3/4” (19mm) of the air terminal connector showing above the top of the ﬂ ashing. Slide the ﬂ ashing underneath the sides and upper edge of the shingles. Ensure that the air terminal connector is properly centered within the ﬂ ashing, giving a 3/4” (19mm) margin all around. Fasten to the roof. Do not nail through the lower portion of the ﬂ ashing. Make weather-tight by sealing with caulking. Where possible, cover the sides and top edges of the ﬂ ashing with rooﬁ ng material.

Aligning the seams of the terminal and air terminal connector, place the terminal over the air terminal connector making sure the vent pipe goes into the hole in the terminal. Secure with 3 screws.

Apply a heavy bead of weatherproof caulking 2” (51mm) above the ﬂ ashing. Install the storm collar around the air terminal and slide down to the caulking. Tighten to ensure that a weather-tight seal between the air terminal and the collar is achieved.

If more vent pipe needs to be used to reach the appliance see “HORIZONTAL AIR TERMINAL INSTALLATION” section.

ROOF SUPPORT

AIR

TERMINAL

CONNECTOR

2” (51mm)

INNER PIPE

MILL PAC SEALANT

(W572-0007)

INNER FLEX PIPE

OUTER RIGID PIPE

AIR INLET BASE

CAULKING

STORM COLLAR

WEATHER SEALANT

FLASHING

Page 29

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4.2.3 appliance vent connection

A. Install the inner exhaust ﬂ ue collar to the appliance. Secure

The vent system must be supported approximately every 3 feet (0.9m) for both vertical and horizontal runs. Use Wolf Steel Ltd. support ring assembly or equivalent noncombustible strapping to maintain the minimum clearance to combustibles for both vertical and horizontal runs.

All inner exhaust and outer intake vent pipe joints may be sealed using either red high temperature silicone sealant (W573-0002) (not supplied) or black high temperature sealant W573-0007 Mill Pac (not supplied) with the exception of the appliance exhaust ﬂ ue collar which must be sealed using Mill Pac.

A. Move the appliance into position. Measure the

The air terminal mounting plate may be recessed into the exterior wall or siding no greater than the depth of the return ﬂ ange.

WARNING

with a minimum of 3 #8 screws. Seal the joint and screw holes using Mill Pac sealant (W573-0007) (not supplied).

Install the outer ﬂ ex pipe to the appliance. Attach and seal the joints using a red RTV silicone and a minimum of 3 #8 screws.

4.3 using rigid vent components

4.3.1 horizontal air terminal installation

RISK OF FIRE, DO NOT ALLOW LOOSE MATERIALS OR INSULATION TO TOUCH THE VENT PIPE.

REMOVE INSULATION TO ALLOW FOR THE INSTALLATION OF THE ATTIC SHIELD AND TO

MAINTAIN CLEARANCES TO COMBUSTIBLES.

#8 X 1/2”

SELF

DRILLING

SCREWS

2” (50.8mm) OVERLAP

HIGH TEMP SEALANT

vent length required between terminal and appliance taking into account the additional length needed for the ﬁ nished wall surface and any 1” (25.4mm) overlaps between venting components.

Apply high temperature sealant W573-0007 Mill Pac (not supplied) to the outer edge of the inner exhaust ﬂ ue collar of the appliance. Attach the ﬁ rst inner rigid pipe component and secure using a minimum of 3 self tapping screws. Repeat using the outer rigid pipe.

Insert the vent pipes through the ﬁ restop maintaining the required clearance to combustibles. Holding the air terminal (lettering in an upright, readable position), secure to the exterior wall and make weather tight by sealing with caulking (not supplied).

#10x2"

SCREWS

CAULKING

OUTER RIGID PIPE

1" (25.4mm)

OVERLAP

HI-TEMP INNER RIGID PIPE

#8x1/2"

SELF DRILLING

SCREWS

SEALANT

Page 30

W415-1678 / E / 08.15.18

A. Move the appliance into position. B.

Install the storm collar around the air terminal and slide down to the caulking. Tighten to ensure that a

CAULKING

FIRESTOP

UNDERSIDE OF

JOIST

VENT

PIPE

COLLAR

VENT

PIPE

SHIELD

4.3.2 vertical air terminal installation

Fasten the roof support to the roof using the screws provided. The roof support is optional. In this case the venting is to be adequately supported using either an alternate method suitable to the authority having jurisdiction or the optional roof support.

Apply high temperature sealant (not supplied) to the outer edge of the inner sleeve of the air terminal. Slip the inner coupler a minimum of 2" (51mm)over the sleeve and secure using a minimum of 3 screws.

Apply high temperature sealant (not supplied) to the outer edge of the of the outside sleeve of the air terminal connector. Slip the outer coupler over the sleeve and secure as before. Trim the outer coupler even with the inner coupler end.

Thread the air terminal connector / vent pipe assembly down through the roof support and attach, ensuring that a minimum 16" (40.6cm) of air terminal connector will penetrate the roof when fastened. If the attic space is tight, we recommend threading the Wolf Steel vent pipe collar or equivalent loosely onto the air terminal connector / vent pipe assembly as it is passed through the attic. The air terminal connector must be located vertically and plumb.

Remove nails from the shingles, above and to the sides of the air terminal connector. Place the ﬂ ashing over the air terminal connector and slide it underneath the sides and upper edge of the shingles. Ensure that the air terminal connector is properly centered within the ﬂ ashing, giving a 3/4" (19mm) margin all around. Fasten to the roof. Do NOT nail through the lower portion of the ﬂ ashing. Make weather-tight by sealing with caulking. Where possible, cover the sides and top edges of the ﬂ ashing with rooﬁ ng material.

Apply a heavy bead of waterproof caulking 2" (51mm) above the ﬂ ashing.

INNER PIPE

AIR

TERMINAL

CONNECTOR

HIGH TEMPERATURE SEALANT

INNER RIGID

PIPE

OUTER

RIGID PIPE

weather-tight seal between the air terminal connector and the collar is achieved. Continue adding rigid venting sections, sealing and securing as above. Attach the inner collapsed

telescopic sleeve to the last section of rigid piping. Secure with screws and seal. Repeat using the outer telescopic sleeve.

Run a bead of red RTV silicone (not supplied) around the outside of the inner exhaust ﬂ ue collar on the appliance. Pull the telescopic sleeve a minimum of 2" (51mm) onto the collar. Secure with a mnimum of 3 screws. Repeat with the outer telescopic sleeve.

In the attic, slide the vent pipe collar down to cover up the open end of the shield and tighten. This will prevent any materials, such as insulation, from ﬁ lling up the 1" (25mm) air space around the pipe.

Page 31

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4.3.3 restricting vertical vents

WARNING

3. Least restriction

TURN OFF GAS AND ELECTRICAL SUPPLY BEFORE SERVICING THE APPLIANCE.

APPLIANCE MAY BE HOT, DO NOT SERVICE UNTIL APPLIANCE IS COOL.

FOR SAFE AND PROPER OPERATION OF THE APPLIANCE, FOLLOW THE VENTING INSTRUCTION EXACTLY.

TO AVOID DANGER OF SUFFOCATION KEEP THE PACKAGING BAG AWAY FROM BABIES AND

CHILDREN. DO NOT USE IN CRIBS, BED, CARRIAGES OR PLAY PENS. THIS BAG IS NOT A TOY.

Vertical installations may display an active ﬂame. If this appearance is not desirable, the exhaust outlet may be restricted with a Wolf Steel approved restrictor kit. This kit is not recommended for short vertical vent runs.

NOTE: Depending on the model and/or year of the appliance, mounting holes may not exist.

A. If mounting holes exist, remove the screws from the ﬁrebox top, align the restrictor plate as illustrated,

and secure.

B. If mounting holes do not exist, align the restrictor plate as illustrated and secure using the 2 #8 x 1/2

hex head sheet metal screws supplied.

C. Ensure the plate will pivot at the slot up into the exhaust outlet. D. Depending on the amount of restriction desired, the restrictor plate can be left ﬂat for most restriction or

bent up for varying degrees of restriction.

KNOT BEFORE THROWING AWAY.

Mounting screws

Restrictor

Exhaust collar

#8x½ hex head

sheet metal screw

Top view

Firebox top

Restrictor

Firebox top

1. Most restriction

2. Moderate restriction

Page 32

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This appliance is designed to be attached to a 3” (76.2mm) co-linear aluminum ﬂ ex vent system running the full length of a masonry chimney.

The ﬂ ex liners accommodate any contours of a masonry chimney, however, it is necessary to keep the ﬂ exible liners as straight as possible. The inlet air collar of the termination cap must be connected to the air intake ﬂ ex liner and the exhaust collar must be connected to the exhaust ﬂ exible liner.

Both Simpson Duravent and Selkirk co-linear to co-axial adaptors have been approved on this appliance

(

the appliance

Follow vent manufacturer’s installation instructions.

Different manufacturer’s venting components must not be combined. Once the preferred manufacturer’s appliance adaptor has been attached, the remainder of the system must be that of the same manufacturer.

The only exception to this rule is to use Wolf Steel’s approved 3” (76.2mm) ﬂ ex liner and co-linear termination.

WARNING

* Measured from appliance ﬂ ue collar to termination ﬂ ue collar

4.4 vertical through existing chimney

RISK OF FIRE!

CO-AXIAL TO CO-LINEAR VENTING CONFIGURATIONS MUST ONLY BE USED IN A

NON-COMBUSTIBLE CHIMNEY OR ENCLOSURE. INSTALLATION IN A COMBUSTIBLE ENCLOSURE

COULD RESULT IN A FIRE.

TERMINATION

EXHAUST

AIR

INTAKE

NOTE: A vent adaptor will be required directly off

FLUE

FLEX

LINER

* 40 FT (12.2m)

10 FT (3.1m)

MAX.

MIN

COAXIAL TO

CO-LINEAR

ADAPATOR

APPLIANCE

VENT ADAPTOR

Page 33

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This Mobile/Manufactured Home Listed appliance comes factory equipped with a means to secure the appliance.

To convert from one gas to another consult your Authorized dealer/distributor.

4.5 mobile home installation

This appliance must be installed in accordance with the manufacturer’s instructions and the Manufactured Home Construction and Safety Standard, Title 24 CFR, Part 3280, in the United States or the Mobile Home Standard, CAN/CSA Z240 MH Series, in Canada. This appliance is only for use with the type(s) of gas indicated on the rating plate.

Built in appliances are equipped with 1/4” (6.4mm) diameter holes located in the front left and right corners of the base. Use appropriate fasteners, inserted through the holes in the base to secure. For free standing products contact your local authorized dealer / distributor for the appropriate securing kit. For mobile home installations, the appliance must be fastened in place. It is recommended that the appliance be secured in all installations. Always turn off the pilot and the fuel supply at the source, prior to moving the mobile home. After moving the mobile home and prior to lighting the appliance, ensure that the logs are positioned correctly.

This appliance is certiﬁ ed to be installed in an aftermarket permanently located, manufactured (mobile) home, where not prohibited by local codes. This appliance is only for use with the type of gas indicated on the rating plate. This appliance is not convertible for use with other gases, unless a certiﬁ ed kit is used.

Conversion Kits This appliance is ﬁ eld convertible between Natural Gas (NG) and Propane (P).

Page 34

W415-1678 / E / 08.15.18

current CAN/CSA-B149.1 Installation Code in Canada or to the current National Fuel Gas Code, ANSI

WARNING

For ease of accessibility, an optional remote wall switch or millivolt thermostat may be installed in a convenient location. Route a 2 strand, solid core millivolt wire from the valve to the wall switch or millivolt thermostat. The recommended maximum lead length depends on wire size:

14 gauge (1.8mm) 100 feet (30.5m) 16 gauge (1.5mm) 60 feet (18.3m) 18 gauge (1.2mm) 40 feet (12.2m)

WARNING

* Refer to “wiring diagram” section.

4.6 gas installation

RISK OF FIRE, EXPLOSION OR ASPHYXIATION. ENSURE THERE ARE NO IGNITION SOURCES SUCH AS

SPARKS OR OPEN FLAMES.

SUPPORT GAS CONTROL WHEN ATTACHING GAS SUPPLY PIPE TO PREVENT DAMAGING GAS LINE.

ALWAYS LIGHT THE PILOT WHETHER FOR THE FIRST TIME OR IF THE GAS SUPPLY HAS RUN OUT

WITH THE GLASS DOOR OPENED OR REMOVED. PURGING OF THE GAS SUPPLY LINE SHOULD BE

PERFORMED BY A QUALIFIED SERVICE TECHNICIAN. ASSURE THAT A CONTINUOUS GAS FLOW IS AT

THE BURNER BEFORE CLOSING THE DOOR. ENSURE ADEQUATE VENTILATION. FOR GAS AND

ELECTRICAL LOCATIONS, SEE “DIMENSIONS” SECTION.

ALL GAS CONNECTIONS MUST BE CONTAINED WITHIN THE APPLIANCE WHEN COMPLETE.

HIGH PRESSURE WILL DAMAGE VALVE. DISCONNECT GAS SUPPLY PIPING BEFORE TESTING GAS

LINE AT TEST PRESSURES ABOVE 1/2 PSIG.

VALVE SETTINGS HAVE BEEN FACTORY SET, DO NOT CHANGE.

Installation and servicing to be done by a qualiﬁ ed installer.

A. Move the appliance into position and secure.

B. If equipped with a ﬂ ex connector the appliance is designed to accept a 1/2” (13mm) gas supply.

Without the connector it is designed to accept a 3/8” (9.5mm) gas supply. The appliance is equipped with a manual shut off valve to turn off the gas supply to the appliance.

C. Connect the gas supply in accordance to local codes. In the absence of local codes, install to the

Z223.1 / NFPA 54 in the United States.

D. When ﬂ exing any gas line, support the gas valve so that the lines are not bent or kinked.

E. The gas line ﬂ ex-connector should be installed to provide sufﬁ cient movement for shifting the burner

assembly on its side to aid with servicing components.

F. Check for gas leaks by brushing on a soap and water solution. Do not use open ﬂ ame.

4.7 optional wall switch

DO NOT CONNECT EITHER THE WALL SWITCH, THERMOSTAT OR GAS VALVE DIRECTLY TO

110 VOLT ELECTRICITY.

WIRE SIZE MAX. LENGTH

Page 35

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5.0 framing

WARNING

ETC. DO NOT USE WOOD OR DRYWALL. ANY FIRE RATED DRYWALL IS NOT ACCEPTABLE.

NOTE: When using optional ﬁnishing accessories, the framing dimensions and ﬁnishing materials may differ from what is outlined in the section below. Refer to the leaﬂet instructions in the accessory kit for speciﬁc framing and ﬁnishing speciﬁcations.

5.1 framing for B36 / GX36-1

IN ORDER TO AVOID THE POSSIBILITY OF EXPOSED INSULATION OR VAPOUR BARRIER COMING

IN CONTACT WITH THE APPLIANCE BODY, IT IS RECOMMENDED THAT THE WALLS OF THE

APPLIANCE ENCLOSURE BE “FINISHED” (IE: DRYWALL / SHEETROCK), AS YOU WOULD FINISH

ANY OTHER OUTSIDE WALL OF A HOME. THIS WILL ENSURE THAT CLEARANCE TO

COMBUSTIBLES IS MAINTAINED WITHIN THE CAVITY.

DO NOT NOTCH THE FRAMING AROUND THE APPLIANCE STAND-OFFS. FAILURE TO MAINTAIN

AIR SPACE CLEARANCE MAY CAUSE OVER HEATING AND FIRE. PREVENT CONTACT WITH

SAGGING OR LOOSE INSULATION OR FRAMING AND OTHER COMBUSTIBLE MATERIALS. BLOCK

OPENING INTO THE CHASE TO PREVENT ENTRY OF BLOWN-IN INSULATION. MAKE SURE

INSULATION AND OTHER MATERIALS ARE SECURED.

WHEN CONSTRUCTING THE ENCLOSURE ALLOW FOR FINISHING MATERIAL THICKNESS TO

MAINTAIN CLEARANCES. FRAMING OR FINISHING MATERIAL CLOSER THAN THE MINIMUMS

LISTED MUST BE CONSTRUCTED ENTIRELY OF NON-COMBUSTIBLE MATERIALS. MATERIALS CONSISTING ENTIRELY OF STEEL, IRON, BRICK, TILE, CONCRETE, SLATE, GLASS OR PLASTERS, OR ANY COMBINATION THEREOF ARE SUITABLE. MATERIALS THAT ARE REPORTED AS PASSING

ASTM E 136, STANDARD TEST METHOD FOR BEHAVIOUR OF MATERIALS IN A VERTICAL TUBE

FURNACE AT 1382°F (750°C) AND UL763 SHALL BE CONSIDERED NON-COMBUSTIBLE

MINIMUM CLEARANCE TO COMBUSTIBLES MUST BE MAINTAINED OR A SERIOUS FIRE HAZARD

THE APPLIANCE REQUIRES A MINIMUM ENCLOSURE HEIGHT. MEASURE FROM THE APPLIANCE

IF STEEL STUD FRAMING KITS WITH CEMENT BOARD ARE PROVIDED, OR SPECIFIED IN THE

INSTALLATION INSTRUCTIONS, THEY MUST BE INSTALLED.

IF SPECIFIED IN THE INSTALLATION INSTRUCTION FINISHING MUST BE DONE USING A

NON-COMBUSTIBLE MATERIAL SUCH AS NON-COMBUSTIBLE BOARD, CERAMIC TILE, MARBLE,

RISK OF FIRE!

MATERIALS.

COULD RESULT.

BASE.

It is best to frame the appliance after it is positioned and the vent system is installed. Frame to local building codes.

It is not necessary to install a hearth extension with this appliance.

When roughing in the appliance, raise the appliance to accommodate for the thickness of the ﬁnished ﬂoor materials (i.e. tile, carpeting, hard wood), which if not planned for, will interfere with the opening of the lower access door and the installation of many decorative ﬂashing accessories.

Combustible materials may be installed ﬂush with the front of the appliance but must not cover any of the black face-areas of the appliance. Non-combustible material (i.e. brick, stone, ceramic tile) may protrude in these areas.

Page 36

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5.1.1 minimum framing dimensions for B36 / GX36-1

ENCLOSURE

TOP

FINISHING

MATERIAL

ELECTRICAL

CONNECTION

16"

40.6cm

35"

88.9cm

2 3/16"

55.6mm

35 1/2"

GAS

INLET

LOCATION

203.2mm

90.2cm

Page 37

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16"

40.6cm

51mm

35 1/2”

[90.2cm]

Do not put objects in front of the

appliance (minimum distance of 4 feet)

35 1/2 "

47 7/8"

[121.6cm]

33 7/8" 86cm

90.2cm

B36 / GX36-1 HORIZONTAL VENT SECTIONS: A minimum of 1" (25mm) at the bottom and sides, and 3" (76.2mm) at the top of the vent pipe on all horizontal runs to combustibles is required. Use ﬁrestop spacer W0103440 (supplied).

NOTE: The minimum clearances from the top of the horizontal vent pipe to combustible materials may be reduced from 3" (76.2mm) to 1" (25mm) with the B36 OR 2" (50.8mm) with the GX36-1 in those installations with a minimum 38" (96.5cm) vertical vent rise made immediately off the appliance collar.

B36 / GX36-1 VERTICAL VENT SECTIONS: A minimum of 1" (25mm) all around the vent pipe on all vertical

runs to combustibles is required except for clearances in appliance enclosures. Vertical runs within the enclosure must maintain a 3" (76.2mm) clearance from combustibles. See "minimum enclosure clearances" sections for both B36 and GX36-1 models. Use ﬁrestop spacer W500-0096 (not supplied).

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COMBUSTIBLE

[76,2mm]

[25mm]

50 1/2"

[128,3cm]

54"

[137,2cm]

PLAFOND

(MIN)

3" [76,2mm]

MINIMUM

15 5/8”

[39,7cm]

[50,8mm]

PLAFOND

ENCEINTE

5.2 minimum enclosure clearances

B36 / GX36-1 TOP VENT

CEILING

[39.7cm]

54"

[137.2cm]

CEILING

(MIN)

50 1/2"

[128.3cm]

15 5/8”

ENCLOSURE

[76.2mm]

[50.8mm]

COMBUSTIBLE

3" [76.2mm]

MINIMUM

NON-COMBUSTIBLE

BRICK

0” (0MM) IF

[76.2mm]

NON-COMBUSTIBLE

FINISHING IS USED SUCH AS BRICK AND STONE.

[25mm]

42 5/8" [108.3cm] MINIMUM

PLUS RISE*

TOP EXIT ENCLOSURE

The appliance requires a minimum enclosure height of 50 1/2" (128.3cm). For temperature requirements, the enclosure space around and above the appliance must be left unobstructed.

NOTE: The vent shield is telescopic and must be adjusted to shield the full depth of the combustible wall penetration.

* See "minimum framing dimensions" section for details on reducing vent pipe top clearances.

These parameters also apply to all illustrations in this section.

[25mm]

Page 39

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24"

[61cm]

MINIMUM

PLUS RISE*

[25mm]

[76.2mm]

0” (0MM) IF NON-COMBUSTIBLE FINISHING IS USED SUCH AS BRICK AND STONE.

6 3/8"

[162mm]

41"

[104.1cm]

10"-20"

[254mm-50.8cm]

VENT RUN

11 1/2"

[292mm]

VENT RUN

41"

[104,1cm]

[137,2cm]

PLAFOND

(MIN)

Plafond

B36 / GX36-1 MINIMUM REAR VENT CLEARANCES

For rear vent termination not exceeding 10" (254mm) of horizontal vent run.

NON-COMBUSTIBLE

Ceiling

COMBUSTIBLE

BRICK

[76.2mm]

[104.1cm]

Enclosure

6 3/8"

[162mm]

[137.2cm]

CEILING

(MIN)

0” (0mm) IF NON-COMBUSTIBLE FINISHING IS USED SUCH AS BRICK AND STONE.

[25mm]

24"

[61cm]

MINIMUM

PLUS RISE*

1"-10"

[25mm-254mm]

Ref. B36 GX36-1

A B C

REAR EXIT ENCLOSURE The appliance requires a minimum enclosure height of 41" (104.1cm) for the B36 OR 44" (111.2cm) for the GX36-1. For temperature requirements, the enclosure space around and above the appliance must be left

unobstructed.

54" (137.2cm) 54" (137.2cm) 41" (104.1cm) 44" (111.2cm)

6 3/8" (162mm) 9 3/8" (238mm)

NOTE: The vent shield is telescopic and must be adjusted to shield the full depth of the combustible wall penetration.

* See "venting" section.

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NON-COMBUSTIBLE

41"

[104,1cm]

B36 / GX36-1 MAXIMUM REAR VENT CLEARANCES (EXAMPLE 1: INTERIOR NICHE / BUMPOUT / ALCOVE)

COMBUSTIBLE

11 1/2"

[292mm]

6 3/8"

41"

[162mm]

[104.1cm]

BRICK

[76.2mm]

0” (0MM) IF NON-COMBUSTIBLE FINISHING IS USED SUCH AS BRICK AND STONE.

[25mm]

24"

[61cm]

MINIMUM

PLUS RISE*

10"-20"

[254mm-50.8cm]

VENT RUN

Ref. B36 GX36-1

B C D

REAR EXIT ENCLOSURE The appliance requires a minimum enclosure height of 41" (104.1cm) for the B36 OR 44" (111.8cm) for the GX36-1. For temperature requirements, the enclosure space around and above the appliance must be left

unobstructed.

41" (104.1cm) 44" (111.2cm)

6 3/8" (162mm) 9 3/8" (238mm)

11 1/2" (292mm) 14 1/2" (36.8cm)

NOTE: The vent shield is telescopic and must be adjusted to shield the full depth of the combustible wall penetration.

* See "venting" section.

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B36 / GX36-1 MAXIMUM REAR VENT CLEARANCES

41"

[104,1cm]

(EXAMPLE 2: EXTERIOR ALCOVE / DOGHOUSE)

11 1/2"

[292mm]

6 3/8"

[76.2mm]

0” (0MM) IF NON-COMBUSTIBLE

FINISHING IS USED SUCH AS BRICK AND STONE.

41"

[162mm]

[104.1cm]

COMBUSTIBLE

[25mm]

NON-COMBUSTIBLE

BRICK

10"-20"

[254mm-50.8cm]

VENT RUN

Ref. B36 GX36-1

B C

41" (104.1cm) 44" (111.2cm)

6 3/8" (162mm) 9 3/8" (238mm)

24"

[61cm] MINIMUM PLUS RISE*

unobstructed.

NOTE: The vent shield is telescopic and must be adjusted to shield the full depth of the combustible wall penetration.

* See "venting" section.

11 1/2" (292mm) 14 1/2" (36.8cm)

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WARNING: Non-combustible facing material must not project more than 4” (101.6mm) from the face of the door (all three sides). If greater projections are desired, increase the clearance to the sides and top by 2” (50.8mm) for every additional 1” (25mm) of projection. If using an optional surround, the same rule applies, starting from the top of the surround. Ensure clearances are maintained for surround removal, as it must lift off the appliance for maintenance.

Recesses or alcoves above the appliance can be made as deep as desired provided the minimum

Non-combustible material can be used, provided the minimum clearances to combustible materials are applied.

can be made by increasing any or all of the height, width and depth of the enclosure.

5.3 non-combustible facing material for B36 / GX36-1

4" (10.2cm)

TOP OF

APPLIANCE

GLASS

DOOR

5.4 alcove clearances

RECESS OR ALCOVE AREA

ENCLOSURE AREA

APPLIANCE

NOTE: clearances to combustibles are maintained.

The minimum enclosure volume must be increased by no less than the volume of the recess. This adjustment

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WARNING

SAFETY BARRIER

5.5 recessed installation

INSTALLING A TELEVISION OR OTHER ELECTRONICS ABOVE THE APPLIANCE MAY CAUSE

DISCOLOURATION, MELTING OR DAMAGE TO THE ELECTRONICS. USE CLEARANCES AS GUIDELINES

AND REFER TO YOUR MANUFACTURER’S INSTRUCTIONS FOR FURTHER INFORMATION.

CLEARANCES CHART

A B C

Before placing anything above a heat source, it is advisable to follow proper clearances and manufacturer’s instructions.

When a mantel is installed between the appliance and an electronic device or other materials, the effect of direct heat on the electronics or other materials will be reduced. Follow mantel height and depth instructions for proper clearances (see "minimum mantel clearances" section).

NOTE: Increasing the horizontal length of the mantel will further reduce the intensity of heat on the electronics.

6" (152.4mm) MAX

10" (254mm) MIN

44" (1.11m) MIN (REAR VENT)

for GX36-1

41" (1.04m) MIN (REAR VENT)

for B36

50 1/2" (1.28m) (TOP VENT)

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WARNING

HEAT RESISTANT TO PREVENT DISCOLOURATION.

A. To determine the ﬁ nal location and where to bend the nailing tabs you must ﬁ rst determine the

thickness of your ﬁ nishing material (i.e. drywall). This will determine the dimension from the front edge of the corner post to the nailing tab. Once the desired tab has been choosen, bend and secure to the framing.

1/2” FINISHING MATERIAL

3/4” FINISHING MATERIAL

5.6 minimum mantel clearances

RISK OF FIRE, MAINTAIN ALL SPECIFIED AIR SPACE CLEARANCES TO COMBUSTIBLES. FAILURE

TO COMPLY WITH THESE INSTRUCTIONS MAY CAUSE A FIRE OR CAUSE THE APPLIANCE TO

OVERHEAT. ENSURE ALL CLEARANCES (I.E. BACK, SIDE, TOP, VENT, MANTEL, FRONT, ETC.) ARE

CLEARLY MAINTAINED.

WHEN USING PAINT OR LACQUER TO FINISH THE MANTEL, THE PAINT OR LACQUER MUST BE

Combustible mantel clearance can vary according to mantel depth. Use the graph to help evaluate the clearance needed. These same requirements apply to any combustibles protruding on either side of the appliance.

203.2mm MANTEL

12" (30.5cm)

MANTEL

HEIGHT

10" (254mm)

8" (203.2mm) 6" (152.4mm) 4" (101.6mm)

203.2mm 6"

152.4mm

2" (50.8mm)

2 4 6 8 10 12

MANTEL DEPTH (INCHES)

101.6mm

TOP OF

APPLIANCE

152.4mm

101.6mm

50.8mm

5.7 nailing tab installation

34 5/8”

[88cm]

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6.0 ﬁnishing

WARNING

IF EQUIPPED WITH DOOR LATCHES THAT ARE PART OF A SAFETY RELIEF SYSTEM, THEY MUST BE

THE TOUCH. DOORS ARE HEAVY AND FRAGILE SO HANDLE WITH CARE.

RISK OF FIRE!

NEVER OBSTRUCT THE FRONT OPENING OF THE APPLIANCE.

IF FINISHING THE FRONT OF THE APPLIANCE, IT MUST BE FINISHED WITH ANY NON-

COMBUSTIBLE MATERIAL SUCH AS BRICK, MARBLE, GRANITE, ETC.

DO NOT STRIKE, SLAM OR SCRATCH GLASS. DO NOT OPERATE APPLIANCE WITH GLASS

REMOVED, CRACKED, BROKEN OR SCRATCHED.

FACING AND/OR FINISHING MATERIAL MUST NEVER OVERHANG INTO THE APPLIANCE OPENING.

6.1 safety barrier & door removal / installation

GLASS MAY BE HOT, DO NOT TOUCH GLASS UNTIL COOLED.

PROPERLY ENGAGED. DO NOT OPERATE THE APPLIANCE WITH LATCHES DISENGAGED.

FACING AND/OR FINISHING MATERIALS MUST NOT INTERFERE WITH AIR FLOW THROUGH AIR

OPENINGS, LOUVRE OPENINGS, OPERATION OF LOUVRES OR DOORS OR ACCESS FOR

SERVICE. OBSERVE ALL CLEARANCES WHEN APPLYING COMBUSTIBLE MATERIALS.

BEFORE DOOR IS REMOVED TURN THE APPLIANCE OFF AND WAIT UNTIL APPLIANCE IS COOL TO

A barrier designed to reduce the risk of burns from the hot viewing glass is provided with the appliance and must be installed.

Before the glass door can be removed, the safety barrier must be removed. Lift the safety barrier off the 4 pins, tilt the top forward, and remove from the appliance.

SAFETY BARRIER

Page 46

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Leave a hand on the glass door during the entire door removal. The glass door is secured to the ﬁrebox with 2 spring

6.2 front hood installation

latches along the top and 2 along the bottom. Pull the handles of the latches forward, then lift the latches out from the door frame to release the top of the door. Repeat the same step for the 2 bottom latches. Next, pivot the door forward until the top edge clears the front of the appliance. Carefully grip the sides of the door, lifting it off the appliance.

NOTE: The spring latches constitute the spring relief system for the appliance. Ensure they open freely and close with a tight seal.

Reverse these steps to reinstall the safety barrier and door. Ensure safety barrier is installed correctly.

NOTE: This hood MUST be installed if it has not already been factory installed.

NOTE: Safety barrier and glass door must be removed before beginning installation.

A. Remove the 4 securing screws from the top of the ﬁrebox (FIG 1). B. Install the front hood, ensuring it is angled downwards (FIG 2, 3). C. Reinstall the securing screws from Step A (FIG 4).

Spring Latches

FIG. 1 FIG. 2

FIG. 3 FIG. 4

SIDE VIEW

HOOD

Page 47

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6.3 B36 log placement

WARNING

FAILURE TO POSITION THE LOGS IN ACCORDANCE WITH THESE DIAGRAMS OR FAILURE TO USE

ONLY LOGS SPECIFICALLY APPROVED WITH THIS APPLIANCE MAY RESULT IN PROPERTY

DAMAGE OR PERSONAL INJURY.

LOGS MUST BE PLACED IN THEIR EXACT LOCATION IN THE APPLIANCE. DO NOT MODIFY THE

PROPER LOG POSITIONS, SINCE APPLIANCE MAY NOT FUNCTION PROPERLY AND DELAYED

IGNITION MAY OCCUR.

THE LOGS ARE FRAGILE AND SHOULD BE HANDLED WITH CARE.

PHAZERTM logs and glowing embers, exclusive to Napoleon, provide a unique and realistic glowing effect that is

different in every installation. Take the time to carefully position the glowing embers for a maximum glowing effect. Log colours may vary. During the initial use of the appliance, the colours will become more uniform as colour pigments burn in during the heat-activated curing process.

PINS

A. Place the rear log (W135-0643) (A) ﬁrmly onto the

2 studs at the rear of the support tray. Ensure the log sits ﬂat and does not cover the pilot opening. Place 2 pins in the holes located on the top rear of the rear log (A).

B. Place the left front log (W135-0644) (B) onto the 2

studs located on the left side of the log support.

C. Position the right front log (W135-0645) (C)

onto the 2 studs located on the right side of the log support.

E. Place the right crossover log (W135-0589) (E)

onto the pin located in the right side of the rear log (A), allowing it to rest in the notch of the right log (C).

D. Place the left crossover log (W135-0546) (D)

onto the pin located in the left side of the rear log (A), allowing it to rest in the notch of the left front log (B).

F. Install the glowing embers and charcoal

embers (see "glowing embers" and "charcoal embers" sections).

G. Reinstall the door and safety barrier (see

"safety barrier & door removal/installation" section).

Page 48

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WARNING

THE LOGS ARE FRAGILE AND SHOULD BE HANDLED WITH CARE.

6.4 GX36-1 log placement

FAILURE TO POSITION THE LOGS IN ACCORDANCE WITH THESE DIAGRAMS OR FAILURE TO USE

ONLY LOGS SPECIFICALLY APPROVED WITH THIS APPLIANCE MAY RESULT IN PROPERTY

LOGS MUST BE PLACED IN THEIR EXACT LOCATION IN THE APPLIANCE. DO NOT MODIFY THE

PROPER LOG POSITIONS, SINCE APPLIANCE MAY NOT FUNCTION PROPERLY AND DELAYED

PHAZER

logs and glowing embers, exclusive to Napoleon, provide a unique and realistic glowing effect that is

DAMAGE OR PERSONAL INJURY.

IGNITION MAY OCCUR.

A. Place the rear log (W135-0685) (A) ﬁrmly onto

the 2 studs at the rear of the support tray. Ensure the log sits ﬂat.

C. Place the front left log (W135-0688) (C)

onto the stud located on left side of the log support, in front of the middle log (B).

B. Place the middle log (W135-0686) (B) onto the 2

studs located on the burner pan.

D. Place the front right log (W135-0687) (D) onto

the 2 remaining studs located on the log support, in front of the middle log (B).

E. Place the pin in the hole located on the left side

G. Install the glowing embers and charcoal embers (see "glowing embers" and "charcoal embers" sections). H. Reinstall the door and safety barrier (see "safety barrier & door removal/installation" section).

E E F

of the middle log (B). Place the left crossover log (W135-0690) (E) onto the pin, allowing it to rest in the notch of the rear log (A).

F. Place the pin in the hole located on the right

side of the rear log (A). Place the right crossover log (W135-0689) (F) onto the pin, allowing it to rest above the opening of the middle log (B).

Page 49

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WARNING

Red wire

Black wire

Battery housing

Control module

Randomly place the charcoal embers along the front and sides of the log support tray in a realistic manner.

Fine dust found in the bottom of the bag should not be used. NOTE: Charcoal embers are not to be placed on the burner.

WARNING

6.5 charcoal embers

CHARCOAL EMBERS, VERMICULITE AND CHARCOAL LUMPS ARE NOT TO BE PLACED ON THE

6.6 glowing embers

Tear the embers into pieces and place along the front row of ports covering all of the burner area in front of the small logs. Care should be taken to shred the embers into thin, small, irregular pieces as only the exposed edges of the ﬁbre hairs will glow. The ember material will only glow when exposed to direct ﬂame. However, care

should be taken to not block the burner ports.

Blocked burner ports can cause an incorrect ﬂame pattern, carbon deposits, and delayed ignition. PHAZERTM logs glow when exposed to direct ﬂame. Use only certiﬁed "glowing embers" and PHAZERTM logs available from your authorized dealer / distributor.

6.7 battery back-up installation

ENSURE THE GAS AND ELECTRICAL POWER TO THE APPLIANCE IS TURNED OFF. APPLIANCE MAY BE HOT, DO NOT SERVICE UNTIL THE APPLIANCE HAS COOLED.

NOTE: In the event of a power failure, the appliance can be operated using the supplied battery back-up.

BURNER.

A. B. Locate the supplied battery housing. C. Install 4 “AA” batteries (not supplied) into the battery housing, ensuring the positive and negative ends

D. Remove the safety barrier to easily access the control compartment. E. Attach the wire labelled “BATTERY” from

F. Place the battery housing into the

G. Reinstall the safety barrier. The safety

H. Turn the gas and electrical power back

NOTE: Once the power has been restored, remove the batteries from the housing. The system will drain the batteries if they are left in the battery housing.

Before beginning installation, disconnect the gas and electrical power supply from the appliance.

correspond with those identiﬁed on the housing. (To open the battery housing, slide the back piece upwards and off of the battery housing).

the wiring harness, located in the control compartment of the appliance, to the battery housing.

control compartment, ensuring that the battery housing is placed in a clean and easily accessible location.

barrier must be installed at all times during appliance operation.

on to operate appliance.

Page 50

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WARNING

7.0 wiring diagram

7.1 wiring requirements for B36 / GX36-1

This appliance must be electrically connected and grounded in accordance with local codes. In the absence of local codes, use the current CSA C22.1 Canadian Electrical Code in Canada or the ANSI/NFPA 70-1996 National Electrical Code in the United States.

It is necessary to hard wire this appliance. Permanently framing the appliances with an enclosure requires the

appliances' junction boxes to be hard wired. This appliance must be electrically connected and grounded in accordance with local codes. In the absence of local codes, use the current CSA C22.1 Canadian electrical code in Canada or the ANSI/NFPA 70-1996 national electrical code in the United States.

7.2 B36 electronic wiring diagram

DO NOT WIRE 110 VOLTS TO THE VALVE OR WALL SWITCH

ACS/IPI

SWITCH

(OPTIONAL)

BATTERY

HOUSING

BATTERY

(SUPPLIED IN

HOUSING

MANUAL BAGGIE)

OFF ON

TRANSFORMER

CONNECTIONS TO THE

ON/OFF SWITCH AND

OPTIONAL THERMOSTAT.

DC SUPPLY

ON / OFF

SWITCH

ON / OFF

DISCONNECT THESE

CONNECT TO AN

IPI / CPI

GROUND

EYELET

VALV E

ORANGE

GREEN

VALVE

ELECTRONIC

IPI BOARD

DFC

NOTE: The battery housing was supplied with the appliance. In an event of a power failure, install 4 'AA' batteries (not supplied) in the housing and attach to wire harness as illustrated above.

DFC DC IPI CPI ACS

Digital Fireplace Control Direct Current Intermittent Pilot Ignition Continuous Pilot Ignition Anti-Condensation Switch

Legend

Page 51

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7.3 GX36-1 electronic wiring diagram

WARNING

SERVICE TECHNICIAN IMMEDIATELY TO HAVE THE APPLIANCE INSPECTED FOR DAMAGE TO THE

WARNING

DO NOT WIRE 110 VOLTS TO THE VALVE OR WALL SWITCH.

DO NOT USE THIS APPLIANCE IF ANY PART HAS BEEN UNDER WATER. CALL A QUALIFIED

RISK OF ELECTRICAL SHOCK OR EXPLOSION. DO NOT WIRE 110V TO THE VALVE OR TO THE

APPLIANCE WALL SWITCH. INCORRECT WIRING WILL DAMAGE CONTROLS.

ALL WIRING SHOULD BE DONE BY A QUALIFIED ELECTRICIAN AND SHALL BE IN COMPLIANCE

WITH LOCAL CODES. IN THE ABSENCE OF LOCAL CODES, USE THE CURRENT CSA22.1 CANADIAN

ELECTRIC CODE IN CANADA OR THE CURRENT NATIONAL ELECTRIC CODE ANSI/NFPA NO. 70 IN

ALWAYS LIGHT THE PILOT WHETHER FOR THE FIRST TIME OR IF THE GAS SUPPLY HAS RUN OUT,

WITH THE GLASS DOOR OPENED OR REMOVED.

LINE

MAIN

ELECTRICAL CIRCUIT.

THE UNITED STATES.

W750-0274

(POWER CORD)

APPLIANCE

GROUND STAR

W190-0113

W010-2808 (LP)

W010-2763 (NG)

(PILOT ASSEMBLY)

PILOT

SWITCH

MAIN ON/OFF

W175-0633

(CONNECTOR)

W750-0267

WIRE HARNESS

CONTROL MODULE

PACK

BATTERY

W350-0702

(BATTERY HOUSING)

885 PROFLAME

GAS VALVE

W725-0063 (LP)

W725-0062 (NG)

Page 52

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Ensure that a continuous gas ﬂ ow is at the burner before installing the door. When lit for the ﬁ rst time, the appliance will emit an odor for a few hours. This is a normal temporary condition caused by the “burn-in” of paints and lubricants used in the manufacturing process and will not occur again. After extended periods of non-operation such as following a vacation or a warm weather season, the appliance may emit a slight odor for a few hours. This is caused by dust particles in the heat exchanger burning off. In both cases, open a window to sufﬁ ciently ventilate the room.

A. B. C.

D. E. F.

G. H. I. J.

A. B.

WARNING

8.0 operation (electronic)

B36NTRE/GX36NTRE-1 & B36PTRE/GX36PTRE-1

IF YOU DO NOT FOLLOW THESE INSTRUCTIONS EXACTLY, A FIRE OR EXPLOSION MAY RESULT

ALWAYS LIGHT THE PILOT WHETHER FOR THE FIRST TIME OR IF THE GAS SUPPLY HAS RUN OUT WITH

• Do not turn on if children or other at risk individuals are near the appliance.

• Before operating smell all around the appliance area for gas and next to the ﬂ oor because some gas is heavier than air and will settle on the ﬂ oor.

• Use only your hand to turn the gas control knob. Never use tools. If the knob will not turn by hand, do not try to repair it. Call a qualiﬁ ed service technician. Force or attempted repair may result in a ﬁ re or explosion.

• Do not use this appliance if any part has been under water. Immediately call a qualiﬁ ed service technician to inspect the appliance and replace any part of the control system and any gas control which has been underwater.

• Turn off all gas to the appliance.

• Open windows.

• Do not try to light any appliance.

• Do not touch any electric switch; do not use any phone in your building.

Stop! Read the above safety information on this label Turn off all electrical power to the appliance. This appliance is equipped with an ignition device which automatically lights the pilot. Do not try to

light the pilot by hand. Open the glass door. Turn manual shutoff valve clockwise to “OFF”. Wait ﬁ ve (5) minutes to clear out any gas. If you smell gas including near the

ﬂ oor, STOP! Follow the above safety information on this label. If you don’t smell gas go to the next step.

Turn manual shutoff valve counter-clockwise to on.

Close the glass door.

Turn on all electric power to the appliance, you should hear an audible beep.

Turn your appliance to the “ON” position; this can be done using the wall switch, thermostat or the remote control (optional), if equipped.

Turn off all electric power to the ﬁ replace if service is to be performed.

Turn manual shutoff valve clockwise to “OFF”.

CAUSING PROPERTY DAMAGE, PERSONAL INJURY OR LOSS OF LIFE.

THE GLASS DOOR OPENED OR REMOVED.

FOR YOUR SAFETY READ BEFORE LIGHTING:

WHAT TO DO IF YOU SMELL GAS:

• Immediately call your gas supplier from a neighbour’s phone. Follow the gas supplier’s instructions.

• If you cannot reach your gas supplier, call the ﬁ re department.

LIGHTING INSTRUCTIONS:

TO TURN OFF GAS:

GAS KNOB

Page 53

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Ensure that a continuous gas flow is at the burner before installing the door. When lit for the first time, the appliance will emit an odor for a few hours. This is a normal temporary condition caused by the "burn-in" of paints and lubricants used in the manufacturing process and will not occur again. After extended periods of non-operation such as following a vacation or a warm weather season, the appliance may emit a slight odor for a few hours. This is caused by dust particles in the heat exchanger burning off. In both cases, open a window to sufficiently ventilate the room.

•

air and will settle on the floor.

•

repair it. Call a qualified service technician. Force or attempted repair may result in a fire or explosion.

•

the appliance and replace any part of the control system and any gas control which has been under water.

TURN THE CONTROL VALVE TO THE OFF POSITION WHEN HEATER IS NOT IN USE.

WARNING

9.0 operation (millivolt)

B36NTR/GX36NTR-1 & B36PTR/GX36PTR-1

IF YOU DO NOT FOLLOW THESE INSTRUCTIONS EXACTLY, A FIRE OR EXPLOSION MAY RESULT

CAUSING PROPERTY DAMAGE, PERSONAL INJURY OR LOSS OF LIFE.

ALWAYS LIGHT THE PILOT WHETHER FOR THE FIRST TIME OR IF THE GAS SUPPLY HAS RUN OUT WITH

THE GLASS DOOR OPENED OR REMOVED.

FOR YOUR SAFETY READ BEFORE LIGHTING:

This appliance is equipped with a pilot which must be lit by hand while following these instructions exactly. Before operating smell all around the appliance area for gas and next to the floor because some gas is heavier than

Use only your hand to turn the gas control knob. Never use tools. If the knob will not turn by hand, do not try to

Do not use this appliance if any part has been under water. Immediately call a qualified service technician to inspect

WHAT TO DO IF YOU SMELL GAS:

• Turn off all gas to the appliance.

• Open windows.

• Do not try to light any appliance.

• Do not touch any electric switch; do not use any

phone in your building.

• Immediately call your gas supplier from a neighbor's phone. Follow the gas supplier's instructions.

• If you cannot reach your gas supplier, call the fire department.

LIGHTING INSTRUCTIONS:

WARNING: The gas valve has an interlock device which will not allow the pilot burner to be lit until the thermocouple has cooled. Allow approximately 60 seconds for the thermocouple to cool.

When lighting and re-lighting, the gas knob cannot be turned from pilot to off unless the knob is depressed slightly.

A. Stop! Read the above safety information on this label. B. Turn off all electric power to the appliance. C. Turn the gas knob clockwise to off. D. Wait five (5) minutes to clear out any gas. If you smell gas including near the floor. Stop! Follow "B" in the

above safety information on this label. If you don't smell gas go the next step.

E. Turn gas knob counter-clockwise to pilot. F. Depress slightly and hold gas knob while lighting the pilot with the push button igniter. Keep knob depressed for one

minute, then release. If pilot does not continue to burn, repeat steps 3 through 5.

G. With pilot lit, depress and turn gas knob counter-clockwise to on. H. If equipped with remote on-off switch / thermostat, main burner may not come on when you turn valve to on. Remote

switch must be in the on position to ignite burner.

I. Turn on all electric power to the appliance.

GAS KNOB

TO TURN OFF GAS

A. Turn off all electric power to the appliance if service is to be performed. B. Push in gas control knob slightly and turn clockwise to off. Do not force.

Page 54

W415-1678 / E / 08.15.18

This appliance has an air shutter that has been factory set open according

INSTALLER!

Adjust the pilot screw to provide properly sized ﬂame. Turn in a clockwise direction to reduce the gas ﬂow.

Check Pressure Readings:

Inlet pressure can be checked by turning screw (A) counter- clockwise 2 or 3 turns and then placing pressure gauge tubing over the test point. Gauge should read as described on the chart below. Check pressure with main burner operating on “HI”.

Outlet pressure can be checked the same as above using

*Maximum inlet pressure not to exceed 13”.

PILOT SCREW

10.0 adjustment

10.1 pilot burner adjustment

Adjust the pilow screw to provide properly sized ﬂame. Turn in a clockwise direction to reduce the gas ﬂow.

Check Pressure Readings:

Inlet pressure can be checked by turning screw A counter-clockwise 2 or 3 times, and then placing the pressure gauge tubing over the test point. The gauge should read as described on the chart below. Check pressure with the main burner operating on "HI".

Outlet pressure can be checked the same as above using screw B. The gauge should read as described on the chart below. Check pressure with the main burner operating on "HI".

screw (B). Gauge should read as described on the chart below. Check pressure with main burner operating on “HI”.

AFTER TAKING PRESSURE READINGS, BE SURE TO AFTER TAKING PRESSURE READINGS, BE SURE TO

TURN SCREWS CLOCKWISE FIRMLY TO RESEAL. DO TURN SCREWS CLOCKWISE FIRMLY TO RESEAL. DO

NOT OVER-TORQUE.

(9.5mm - 12.7mm)

NOT OVERTORQUE.

Leak test with a soap and water solution.

ELECTRODE

3/8” - 1/2”

FLAME

SENSOR

PILOT

BURNER

NOTE:

Prior to pilot adjustment, ensure that the pilot assembly has not been painted. If overspray or painting of the pilot assembly has occurred remove the paint from the pilot assembly, or replace. Fine emery cloth or a synthetic scrub pad (such as Scotch-Brite™) can be used to remove the paint from the pilot hood, electrode and ﬂ ame sensor.

Pressure

Inlet

Outlet

Natural Gas

(inches)

(MIN. 4.5”)

*13"

3.5"

IPI pilot

illustrated.

Natural Gas

(millibars)

17.4mb

(MIN. 11.2mb)

8.7mb

FLAME MUST ENVELOP UPPER 3/8” (9.5mm) TO 1/2” (12.7mm) OF FLAME SENSOR

Propane

(inches)

13"

(MIN. 11")

10"

Propane

(millibars)

32.4mb

(MIN. 27.4mb)

24.9mb

ELECTRONIC MILLIVOLT

10.2 venturi adjustment

to the chart below:

Regardless of venturi orientation, closing the air shutter will cause a more yellow ﬂame, but can lead to carbonization. Opening the air shutter will cause a more blue ﬂame, but can cause ﬂame lifting from the burner ports. The ﬂame may not appear yellow immediately; allow 15 to 30 minutes for the ﬁnal ﬂame colour to be established.

AIR SHUTTER ADJUSTMENT MUST ONLY BE DONE BY A QUALIFIED

VENTURI ADJUSTMENT CHART

FUEL TOP REAR TOP REAR

NG 1/16" (1.5mm) 1/16" (1.5mm) 1/16" (1.5mm) 1/8" (3.2mm)

P 1/4" (6.3mm) 3/8" (9.5mm) 1/4" (6.3mm) 3/8" (9.5mm)

B36 GX36-1

VENTURI BURNER

AIR SHUTTER OPENING

ORIFICE

Page 55

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10.3 ﬂame characteristics

It’s important to periodically perform a visual check of the pilot and burner ﬂ ames. Compare them to the illustrations provided. If any ﬂ ame appears abnormal call a service person.

B36

10.4 optional anti-condensation switch (models B36NTRE/B36PTRE/GX36NTRE-1 & GX36PTRE-1 only)

This appliance has the option to change from an electronic intermittent pilot ignition (IPI) to a standing pilot for colder climates. The anti condensation switch (ACS) (standing pilot) is located in the center of the control panel.

If installed with the blue wire facing up, ﬂipping the switch UP turns on the standing pilot and ﬂipping the switch DOWN turns on the intermittent pilot ignition. If installed with the white wire facing up, the opposite is true.

Turning the ACS on will allow the pilot ﬂame to burn continuously. This mode will minimize the condensation which forms on the inside of the glass when the main burner is ﬁrst turned on. It will also help the ﬁreplace and vent system stabilize faster during colder winter months.

GX36-1

3/8” - 1/2”

(9.5mm - 12.7mm)

FLAME MUST

ENVELOP UPPER

3/8" TO 1/2"

(12.7mm - 9.5mm) OF

THERMOCOUPLE &

THERMOPILE

NOTE:

IPI pilot

illustrated.

During the warmer winter and summer months, the ACS can be turned off to minimize fuel consumption.

Page 56

W415-1678 / E / 08.15.18

appliance area must be kept clear and free of combustible materials, gasoline or other ﬂ ammable vapors and

TURN OFF THE GAS AND ELECTRICAL POWER BEFORE SERVICING THE APPLIANCE.

APPLIANCE MAY BE HOT, DO NOT SERVICE UNTIL APPLIANCE HAS COOLED.

DO NOT USE ABRASIVE CLEANERS.

DO NOT PAINT THE PILOT ASSEMBLY.

MAINTENANCE

WARNING

11.0 maintenance

This appliance and its venting system should be inspected before use and at least annually by a qualiﬁ ed service person. The following suggested checks should be performed by a qualiﬁ ed technician. The

liquids. The ﬂ ow of combustion and ventilation air must not be obstructed.

CAUTION: Label all wires prior to disconnection when servicing controls. Wiring errors can cause improper and dangerous operation. Verify proper operation after servicing. A. In order to properly clean the burner and pilot assembly, remove the logs, rocks and/or glass to

expose both assemblies.

B. Keep the control compartment, media, burner, air shutter opening and the area surrounding the logs

clean by vacuuming or brushing, at least once a year.

C. Check to see that all burner ports are burning. Clean out any of the ports which may not be burning

or are not burning properly.

D. Check to see that the pilot ﬂ ame is large enough to engulf the ﬂ ame sensor and/or thermocouple /

thermopile as well as reaches the burner.

E. Replace the cleaned logs, rocks or glass. Failure to properly position the media may cause carbon

which can be distributed inside of ﬁ rebox and on exterior surfaces surrounding vent termination.

F. Check to see that the main burner ignites completely on all openings when turned on. A 5 to 10

second total light-up period is satisfactory. Service as required.

G. Check that the gasketing on the sides, top and bottom of the door is not broken or missing. Replace

if necessary.

H. If for any reason the vent air intake system is disassembled, re-install and re-seal per the instructions

provided for the initial installation.

I. Cleaning the safety barrier may be necessary due to excessive lint / dust from carpeting, pets, etc.

simply vacuum using the brush attachment.

J. Ensure the relief system performs effectively. Check that the gasket is not worn or damaged. Replace

if necessary.

Page 57

W415-1678 / E / 08.15.18

11.1 annual maintenance

WARNING

appliance manufacturer.

WARNING

THE FIREBOX BECOMES VERY HOT DURING OPERATION. LET THE APPLIANCE COOL

COMPLETELY OR WEAR HEAT RESISTANT GLOVES BEFORE CONDUCTING SERVICE.

NEVER VACUUM HOT EMBERS.

DO NOT PAINT THE PILOT ASSEMBLY.

• This appliance will require maintenance which should be planned on an annual basis.

• Service should include cleaning, battery replacement, venting inspection and inspection of the burner, media and ﬁ rebox. Refer to the door removal section and remove the door as instructed.

• Carefully remove media if necessary (logs, glass, brick panels etc).

• Using a vacuum with a soft brush attachment, gently remove any dirt, debris or carbon build up from the logs, ﬁ rebox and burner. For glass media, follow the installation instructions for pre-cleaning.

• Also gently remove any build-up on the pilot assembly including, if equipped; thermopile, thermocouple, ﬂ ame sensor and igniter.

(such as Scotch-Brite™) to remove any oxides. brush attachment.

• Inspect all accessible gaskets and replace as required.

• Access the blower, if equipped and clean using a soft brush and vacuum.

• Re-assemble the various components in reverse order.

• Inspect the relief system. The appliance relieves through the main glass door or through the ﬂ aps on the ﬁ rebox top. Ensure they open freely, and close sealed.

• Check the gas control valve pilot and Hi / Lo knobs move freely (if equipped) – replace if any stiffness in movement is experienced.

• Check for gas leaks on all gas connections up and downstream from the gas valve including the pilot tube connections.

NOTE: Clean ﬂ ame sensor using a ﬁ ne emery cloth or a synthetic scrub pad

Clean the pilot assembly using a vacuum with a soft

It is important that the pilot assembly is not painted.

11.2 door glass replacement

GLASS MAY BE HOT, DO NOT TOUCH GLASS UNTIL COOLED.

CARE MUST BE TAKEN WHEN REMOVING AND DISPOSING OF ANY BROKEN DOOR GLASS OR

DAMAGED COMPONENTS. BE SURE TO VACUUM UP ANY BROKEN GLASS FROM INSIDE THE

DO NOT STRIKE, SLAM OR SCRATCH GLASS. DO NOT OPERATE APPLIANCE WITH GLASS

Replacement glass/frame assembly shall be replaced as a complete unit as supplied by the

DO NOT USE SUBSTITUTE MATERIALS.

APPLIANCE BEFORE OPERATION.

REMOVED, CRACKED, BROKEN OR SCRATCHED.

Page 58

W415-1678 / E / 08.15.18

Contact your dealer for questions concerning prices and policies on replacement parts. Normally all parts can be ordered through your Authorized dealer / distributor.

FOR WARRANTY REPLACEMENT PARTS, A PHOTOCOPY OF THE ORIGINAL INVOICE WILL BE REQUIRED TO HONOUR THE CLAIM.

When ordering replacement parts always give the following information:

•

PARTS, PART NUMBERS AND AVAILABILITY ARE SUBJECT TO CHANGE WITHOUT NOTICE. PARTS IDENTIFIED AS STOCKED WILL BE DELIVERED WITHIN 2 TO 5 BUSINESS DAYS FOR MOST

DELIVERY DESTINATIONS. PARTS NOT IDENTIFIED AS STOCKED WILL BE DELIVERED WITHIN A 2 TO 4 WEEK PERIOD. PARTS IDENTIFIED AS ‘SO’ ARE SPECIAL ORDER AND CAN TAKE UP TO 90 DAYS FOR DELIVERY.

** THIS IS A FAST ACTING THERMOCOUPLE. IT IS AN INTEGRAL SAFETY COMPONENT. REPLACE ONLY WITH

WARNING

discoloration and / or blemishes may result.

your appliance manufacturer. DO NOT SUBSTITUTE MATERIALS.

appliance manufacturer. DO NOT SUBSTITUTE MATERIALS.

11.3 care of glass

DO NOT CLEAN GLASS WHEN HOT! DO NOT USE ABRASIVE CLEANERS TO CLEAN GLASS.

Buff lightly with a clean dry soft cloth. Clean both sides of the glass after the ﬁ rst 10 hours of operation with a recommended ﬁ replace glass cleaner. Do not use an ammonia-based ﬁ replace glass cleaner. Thereafter clean as required. If the glass is not kept clean permanent

B36:

This appliance is factory equipped with 4mm tempered glass. Use only replacement parts available from

GX36-1:

This appliance is factory equipped with 5mm ceramic glass. Use only replacement parts as supplied by the

12.0 replacements

FAILURE TO POSITION THE PARTS IN ACCORDANCE WITH THIS MANUAL OR FAILURE TO USE

ONLY PARTS SPECIFICALLY APPROVED WITH THIS APPLIANCE MAY RESULT IN PROPERTY

DAMAGE OR PERSONAL INJURY.

WARNING

HOT GLASS WILL

CAUSE BURNS.

DO NOT TOUCH GLASS

UNTIL COOLED.

NEVER ALLOW CHILDREN

TO TOUCH GLASS.

A FAST ACTING THERMOCOUPLE SUPPLIED BY WOLF STEEL LTD.

Model & Serial Number of appliance Installation date of appliance Part number Description of part Finish

Page 59

W415-1678 / E / 08.15.18

Ref. No.

Description

Part Number

Description

For replacement parts, refer to

“valve train assembly”

Items may not appear exactly as illustrated.

W565-0209-SER

W010-3068-SER

Top Finishing Trim

Left Crossover Log (GL-696)

Rear Log (GL-696)

W135-0546

W135-0643

Stocked

Yes

Log Locating Pin (X2)

W485-0042

W385-2010

Napoleon Logo

Yes

Glowing Embers (GL-696)

W361-0016

W562-0068

Yes

Right Front Log (GL-696)

W135-0645

Left Front Log (GL-696)

W135-0644

W010-3072-SER

Right Crossover Log (GL-696)

W135-0589

Yes

09.13.16

W010-3554

W290-0282

Exhaust Bracket Gasket

W010-3490-SER

Exhaust Collar Assembly

Front Bafﬂe

RP4

4” Restrictor Plate

Safety barrier assembly

W335-0063-SER

2122231718192016151413

Vent Cover Plate

7” Air Collar Assembly

W570-0135

Shoulder Screws

Yes

W550-0001

Yes

12.1 B36 overview

Page 60

W415-1678 / E / 08.15.18

Part Number

Description

Burner Assembly

Yes

W456-0047

Burner Oriﬁce #47 (NG)

Yes

W456-0056

Burner Oriﬁce #56 (P)

Yes

W290-0248

Valve Train Gasket

Yes

Ref. No.

Part Number

Description

323130

292726

2423212022

373635

343231

2928252426

2227

W432-0078

Manifold Flex Pipe

W725-0025

Valve (NG)

W725-0026

Valve (P)

W335-0039

Pilot Hood

W455-0070

Pilot Oriﬁce #62 (NG)

W455-0068

W357-0001

Push Button Ignitor

Venturi Cover Assembly

W010-0801

Yes

W010-0800

Pilot (P)

Yes

W680-0004

Thermopile

Yes

W720-0062

Pilot Tube (w/ Fittings)

Yes

W240-0006-SER

Electrode (w/ Wire)

Yes

W680-0005

Thermocouple **

Yes

W290-0029

Pilot Gasket

W010-0798

Complete Pilot Assembly (NG)

W010-0799

W750-0112

Yes

12.2 B36 millivolt valve assembly

** THIS IS A FAST ACTING THERMOCOUPLE. IT IS AN INTEGRAL SAFETY COMPONENT. REPLACE ONLY WITH A FAST ACTING

THERMOCOUPLE SUPPLIED BY WOLF STEEL LTD.

Page 61

W415-1678 / E / 08.15.18

Ref. No.

Yes

Description

363130

3344453635

38493346

Yes

W245-0025

Thermosensor

Yes

Venturi Cover Assembly

Valve Train Gasket

Yes

Control Module

Yes

Wire Harness (CSA)

Yes

Battery Back-Up

Yes

Transformer

Yes

886 Proﬂame Valve (NG)

Yes

886 Proﬂame Valve (P)

Yes

Pilot Assembly (NG)

Pilot Assembly (P)

Wire Switch

Manifold Flex Pipe

Yes

12.3 B36 electronic valve assembly

Page 62

W415-1678 / E / 08.15.18

Yes

GL-704

101112

Ref. No.

Part Number

3456789

Ref. No.

Part Number

Description

For replacement parts, refer to

1141

Items may not appear exactly as illustrated.

Safety Screen

Complete Door Assembly

Stocked

Yes

W562-0062

Door Gasket Assembly

Yes

Safety Barrier Assembly

Yes

09.13.16

Exhaust Bracket Gasket

W010-3490-SER

Exhaust Collar Assembly

Front Bafﬂe

W018-0158-SER

RP4

4” Restrictor Plate

Vent Cover Plate

W010-3489-SER

Yes

W385-2010

Napoleon Logo

Left Crossover Log (GL-704)

Rear Log (GL-704)

W135-0690

Log Locating Pin (X2)

W485-0051

Glowing Embers (GL-704)

W361-0016

W135-0685

Top Finishing Trim

W550-0001

Charcoal Embers

Yes

12.4 GX36-1 overview

W135-0688

W135-0687

Page 63

W415-1678 / E / 08.15.18

Description

Burner Assembly

Yes

Burner Oriﬁce #42 (NG)

Yes

Burner Oriﬁce #53 (P)

Yes

Valve Train Gasket

Yes

Ref. No.

Part Number

Description

2423212022

3029262527

31412228

Manifold Flex Pipe

Valve (NG)

Valve (P)

Pilot Hood

Pilot Oriﬁce #62 (NG)

Push Button Ignitor

Venturi Cover Assembly

09.13.16

W010-0801

Pilot (NG)

Yes

W010-0800

Pilot (P)

Yes

W680-0004

Thermopile

Yes

W720-0062

Pilot Tube (w/ Fittings)

Yes

W240-0006-SER

Electrode (w/ Wire)

Yes

W680-0005

Thermocouple **

Yes

W290-0029

Pilot Gasket

W010-0798

Complete Pilot Assembly (NG)

W010-0799

Complete Pilot Assembly (P)

W750-0112

Wire Switch

Yes

12.5 GX36-1 millivolt valve assembly

** THIS IS A FAST ACTING THERMOCOUPLE. IT IS AN INTEGRAL SAFETY COMPONENT. REPLACE ONLY WITH A FAST ACTING

THERMOCOUPLE SUPPLIED BY WOLF STEEL LTD.

Page 64

W415-1678 / E / 08.15.18

Stocked

Burner Assembly

Yes

Ref. No.

Stocked

36212039373840282726454344

43444546484849

Description

Control Module

Power Cord

Valve (NG)

Valve (P)

Pilot Assembly (NG)

Yes

W245-0025

Thermosensor

Description

Burner Oriﬁce #53 (P)

Yes

Burner Oriﬁce #42 (NG)

Yes

Pilot Oriﬁce #62 (NG)

Valve Train Gasket

Pilot Hood

Yes

Pilot Oriﬁce #35 (P)

Yes

Pilot Tube (w/ Fittings)

Yes

Electrode (w/ Wire)

Yes

Pilot Gasket

Yes

Venturi Cover Assembly

Manifold Flex Pipe

Yes

09.13.16

Wire Harness (Control)

Yes

12.6 GX36-1 electronic valve assembly

Page 65

W415-1678 / E / 08.15.18

TK35

AUB

Z35F

Safety

Screen

Part Number

Description

W565-0209-SER

Safety Screen (Z35F & H35F)

W010-3275

Zen Front Assembly (Z35F)

W010-3124

Heritage Front Assembly (H35F)

W430-0003

Magnet (X16) (TK35)

W715-0953

Top / Bottom Trim (X2) (TK35)

W715-0952

Side Trim (X2) (TK35)

W475-1012

Side Porcelain Panel (X2) (PRPB36)

Variable Speed Switch

Yes

Thermodisc

Yes

ACS-SIT

Anti-Condensation Switch (ACS)

Yes

4614

BT36K

W475-1013

Top Bevelled Trim (BT36K)

13.0 B36 accessories

Page 66

W415-1678 / E / 08.15.18

Top Bevelled Trim (BT36K)

TK35

H35F

Z35F

SCREEN

Part Number

Description

Safety Screen (Z35F & H35F)

Yes

Zen Front Assembly (Z35F)

Heritage Front Assembly (H35F)

Top / Bottom Trim (TK35)

Ref. No.

Description

Stocked

679

Right Side Bevelled Trim (BT36K)

468

BT36K

Side Trim (TK35)

Yes11Yes

Yes

521211

AUB

Blower Assembly (AUB)

Blower Assembly (GZ600KT)

Variable Speed Switch Assembly

Thermodisc

Blower Gasket (GZ600KT)

ACS-SIT

Anti-Condensation Switch (ACS)

Yes

14.0 GX36-1 accessories

Page 67

W415-1678 / E / 08.15.18

PRPB36

272820

Ref. No.

Stocked

161718192021272822

W475-1006

07.27.16

W475-1012-BK2GL

W475-1013-BK2GL

GX36-1 accessories (page 2)

Page 68

W415-1678 / E / 08.15.18

WARNING

15.0 troubleshooting (electronic)

ALWAYS LIGHT THE PILOT WHETHER FOR THE FIRST TIME OR IF THE GAS SUPPLY HAS RUN OUT,

WITH THE GLASS DOOR OPEN OR REMOVED.

TURN OFF THE GAS AND ELECTRICAL POWER BEFORE SERVICING THE APPLIANCE.

APPLIANCE MAY BE HOT, DO NOT SERVICE UNTIL APPLIANCE HAS COOLED.

DO NOT USE ABRASIVE CLEANERS.

SYMPTOM PROBLEM TEST SOLUTION

Pilot will not light.

Makes noise with no spark at pilot burner.

IGNITOR (SPARK)

SENSOR

Pilot sparks but will not light.

Carbon is being deposited on glass, logs, rocks, media or combustion chamber surfaces.

Wiring. - Verify the wire for the sensor and the wire for the ignitor are

connected to the correct terminals (not reversed) on the module. NOTE: Sensor has 3/16” (4.8mm) connection

and ignitor has 1/8” (3.2mm)connection.

Loose connection. - Verify no loose connections, electrical shorts in the wiring

or ground out to any metal object.

Module. - Turn the ON/OFF switch to the “OFF” position. Remove

the igniter wire from the module. Place the ON/OFF switch to the “ON” position. Hold a grounded wire about 3/16” (4.8mm) away from the ignitor (spark) terminal on the module. If no spark the ignitor terminal module must be replaced. If there is a spark the ignitor terminal is ﬁ ne. Inspect pilot assembly for a shorted wire or cracked

PILOT TUBE

Igniter Spark gap is incorrect. - Spark gap of the ignitor to the pilot should be 1/8” (3.2mm).

Transformer. - Verify the transformer is installed and plugged into the

Battery backup (if power is off)

A shorted or loose Connection.

Improper switch wiring. - Troubleshoot the system with the simplest ON/OFF switch.

Module is not grounded. - Verify the valve and pilot assemblies are properly grounded to

Gas supply. - Verify that the incoming gas line ball valve is “Open”. Verify

Out of propane gas. - Fill the tank.

Air shutter has become blocked.

Flame is impinging on the glass, logs, rocks, media or combustion chamber.

insulator around the electrode.

module. Check voltage of the transformer under load at the spade connections on the module with the ON/OFF switch in the “ON” position. Acceptable readings of a good transformer are between 6.2 and 7.0 volts A.C.

- Check batteries.

- Remove and reinstall the wiring harness that plugs into the

module. Remove and verify continuity of each wire in wiring harness.

the metal chassis of the appliance or log set.

that the inlet pressure reading is within acceptable limits, inlet pressures must not exceed 13” W.C. (32.3mb).

- Ensure air shutter opening is free of lint or other obstructions.

- Check that the glass, logs, rocks or media are correctly positioned.

- Too much glass media around the burner can cause carbon deposits.

- Open air shutter to increase the primary air.

- Check the input rate: check the manifold pressure and

oriﬁ ce size as speciﬁ ed by the rating plate values.

- Check that the door gasketing is not broken or missing and that the seal is tight.

- Check that both vent liners are free of holes and well sealed at all joints.

- Check that minimum rise per foot has been adhered to for any horizontal venting.

Page 69

W415-1678 / E / 08.15.18

SYMPTOM PROBLEM TEST SOLUTION

increase the ﬂ ame rectiﬁ cation. Verify correct pilot oriﬁ ce is

out: pilot goes out.

Continues to spark and pilot lights, but main burner will not light.

Pilot lights Stops sparking / pilot remains lit but burner will not turn on.

Exhaust fumes smelled in room, headaches.

White / grey ﬁ lm forms.

Flames are very aggressive.

Main burner ﬂ ame is a blue, lazy, transparent ﬂ ame.

Main burner goes

Short or loose connection in sensor rod.

Poor ﬂ ame rectiﬁ cation or contaminated sensor rod.

Poor grounding between pilot assembly and gas valve.

Damaged pilot or dirty sensor rod.

Wiring / Connection. - Inspect all wires, ensure good tight connections. Verify

Wiring harness. - Inspect the wiring harness, and verify the harness is

Appliance is spilling. - Check all seals.

Sulphur from fuel is being deposited on glass, logs or combustion chamber surfaces.

Door is ajar. - Tighten door clamps if applicable.

Venting action is too great. - Restrict vent exit with restrictor plate. See

Blockage in vent. - Remove blockage. In extreme conditions, ice buildup

Compromised venting.

Vent recirculation. - Check joint seals and installation.

- Verify all connections. Verify the connections from the pilot assembly are tight; also verify these connections are not grounding out to any metal.

- Verify the ﬂ ame is engulﬁ ng the sensor rod. This will

installed and inlet gas speciﬁ cations to manual. (Remember, the ﬂ ame carries the rectiﬁ cation current, not the gas. If the ﬂ ame lifts from pilot hood, the circuit is broken. A wrong oriﬁ ce or to high of an inlet pressure can cause the pilot ﬂ ame to lift.) The sensor rod may need cleaning.

- Verify that the wire harness is ﬁ rmly connected to module. Verify that the ceramic insulator around the sensor rod is not cracked, damaged, or loose. Verify the connection from the sensor rod to the sensor wire.

- Clean sensor rod with a ﬁ ne emery cloth or synthetic scrub pad to remove any contamination that may have accumulated on the sensor rod. Verify continuity with multimeter with ohms set at the lowest range.

that all wiring is installed exactly as speciﬁ ed.

tightly connected to the module. Verify that all wires are connected in the right order. See “WIRING DIAGRAM” section.

- Check if exhaust is re-entering through an open door or window.

- Clean the glass, see “CARE OF GLASS” section

- DO NOT CLEAN GLASS WHEN HOT.

- If deposits are not cleaned off regularly, the glass may

become permanently marked.

“RESTRICTING VENTS” section if applicable.

may occur on the terminal and should be removed. To minimize this from happening again, it is recommended that the vent lengths that pass through unheated spaces (attics, garages, crawl spaces) be wrapped with an insulated mylar sleeve. Prevent sleeve from sagging. Contact your local authorized dealer for more information.

- Check venting system parameters (seal, length, rise, etc.).

Page 70

W415-1678 / E / 08.15.18

WARNING

16.0 troubleshooting (millivolt)

ALWAYS LIGHT THE PILOT WHETHER FOR THE FIRST TIME OR IF THE GAS SUPPLY HAS RUN OUT,

TURN OFF THE GAS AND ELECTRICAL POWER BEFORE SERVICING THE APPLIANCE.

APPLIANCE MAY BE HOT, DO NOT SERVICE UNTIL APPLIANCE HAS COOLED.

SYMPTOM PROBLEM TEST SOLUTION

Main burner goes out; pilot stays on.

Main burner goes out; pilot goes out.

Pilot goes out when the gas knob is released.

If equipped, the gas valve has an interlock device which will not allow the pilot burner to be lit until the thermocouple has cooled. Allow approximately 60 seconds for the thermocouple to cool.

Pilot burning; no gas to main burner; gas knob is on ‘HI’; wall switch / thermostat is on.

Pilot goes out while standing; Main burner is in ‘OFF’ position.

Main burner ﬂ ame is a blue, lazy, transparent ﬂ ame.

Flames are very aggressive. Door is ajar. - Ensur

WITH THE GLASS DOOR OPEN OR REMOVED.

DO NOT USE ABRASIVE CLEANERS.

Pilot ﬂ ame is not large enough or not engulﬁ ng the thermopile.

Thermopile shorting. - Clean thermopile connection to the valve. Reconnect.

Remote wall switch wire is too long; too much resistance in the system

Faulty thermostat or switch. - Replace.

Refer to “MAIN BURNER GOES OUT; PILOT STAYS ON”

Vent is blocked - Check for vent blockage.

Vent is re-circulating - Check joint seals and installation

Flexible vent has become disconnected from appliance.

System is not correctly purged - Purge the gas line.

Out of propane gas. - Fill the tank.

Pilot ﬂ ame is not large enough. - Turn up the pilot ﬂ ame.

Thermocouple shorting / faulty. - Loosen and tighten thermocouple.

Faulty valve. - Replace.

Thermostat or switch is defective

Wall switch wiring is defective. - Disconnect the switch wires & connect a jumper wire across

Main burner oriﬁ ce is plugged. - Remove stoppage in oriﬁ ce.

Faulty valve. - Replace.

Gas piping is undersized. - Turn on all gas appliances and see if pilot ﬂ ame ﬂ utters,

Blockage in vent. - Remove blockage. In really cold conditions, ice buildup may

Venting action is too great.

- Turn up the pilot ﬂ ame.

- Replace pilot assembly.

- Replace thermopile / valve.

- Shorten wire to correct length or wire gauge.

- Re-attach to appliance.

- Cap was not replaced.

- Clean thermocouple and valve connection.

- Replace thermocouple.

- Replace valve.

- Connect a jumper wire across the wall switch terminals; if

main bur

terminals 1 & 3; if the main bur defects and/or replace wires.

diminishes or extinguishes, especially when main burner ignites. Monitor appliance supply working pr

- Check if supply piping size is to code. Correct all undersized piping.

occur on the terminal and should be r T that the vent lengths that pass through unheated spaces (attics, garages, crawl spaces) be wrapped with an insulated mylar sleeve. Pr local authorized dealer for mor

- Check to ensure venting is pr

- If r

VENT” section.

ner lights, replace switch / thermostat.

ner lights, check the wires for

o minimize this from happening again, it is r

event sleeve fr

e the mechanical means of securing the door is

oviding a tight seal.

estriction is required see “RESTRICTING VER

emoved as requir

om sagging. Contact your

e information.

operly sealed.

essure.

ecommended

TICAL

ed.

Page 71

W415-1678 / E / 08.15.18

SYMPTOM PROBLEM TEST SOLUTION

PILOT

THERMOPILE

Pilot will not light. No spark at pilot burner.

BURNER

THERMOCOUPLE

Out of propane gas. - Fill the tank.

Spark gap is incorrect.

No gas at the pilot burner. - Check that the manual valve is turned on.

Flames are consistently too large or too small. Carboning occurs.

*MAXIMUM INLET PRESSURE NOT TO EXCEED 13”

Unit is over-ﬁ red or underﬁ red. - Check pressure readings:

- Check if pilot can be lit by a match.

- Check that the wire is connected to the push button igniter.

- Check if the push button igniter needs tightening.

- Replace the wire if the wire insulation is broken or frayed.

- Replace the electrode if the ceramic insulator is cracked or broken.

- Replace the push button ignitor

- Spark gap should be 0.150” (3.8mm) to 0.175” (4.5mm) from the

ode tip and the pilot burner. To ensure proper electr

electr location, tighten securing nut (ﬁ

nger tight plus 1/4 turn).

ode

- Check the pilot oriﬁ ce for blockage.

- Replace the valve.

- Call the gas distributor.

- Inlet pressure can be checked by turning screw (A) counter-

clockwise 2 or 3 turns and then placing pressur

e gauge tubing over the test point. Gauge should read as described on the chart below

. Check with main bur

ner is operating on

‘HI’.

- Outlet pr scr

essur

e can be checked the same as above using

ew (B). Gauge should r

ead as described on the chart

below. Check that main burner is operating on ‘HI’.

- AFTER T

AKING PRESSURE READINGS, BE SURE TO TURN SCREWS CLOCKWISE FIRMLY TO RESEAL. DO NOT OVER TORQUE.

- Leak test with a soap and water solution.

Pressure

Inlet

Outlet

Natural Gas

(inches)

*13"

(MIN. 4.5”)

3.5"

Natural Gas

(millibars)

17.4mb

(MIN. 11.2mb)

8.7mb

Propane

(inches)

13"

(MIN. 11")

10"

Propane

(millibars)

32.4mb

(MIN. 27.4mb)

24.9mb

Carbon is being deposited on glass, logs or combustion chamber surfaces.

White / gr

ey ﬁ lm forms. Sulphur from fuel is being

Exhaust fumes smelled in room, headaches.

Remote wall switch is in ’OFF’ position; main burner comes on when gas knob is turned to ‘ON’ position.

Air shutter has become blocked. - Ensur

Flame is impinging on the logs or combustion chamber.

- Check that the logs are correctly positioned.

- Open air shutter to increase the primary air.

e air shutter opening is free of lint or other obstructions.

- Check the input rate: check the manifold pressure and oriﬁ size as speciﬁ

ed by the rating plate values.

- Check that the door gasketing is not br that the seal is tight.

- Check that both vent liners are fr

ee of holes and well sealed

at all joints.

- Check that minimum rise per foot (meter) has been adher to for any horizontal venting.

deposited on glass, logs or combustion chamber surfaces.

- Clean the glass with a r cleaner.

- DO NOT CLEAN GLASS WHEN HOT.

ecommended gas appliance glass

- If deposits are not cleaned off regularly become

permanently marked.

Appliance is spilling. - Ensure exhaust bracket gasket seal.

- Check door seal and relief ﬂ ap seal.

- Check for chimney blockage.

- Check that chimney is installed to building code.

- Room is in negative pressure; increase fresh air supply.

- Check cap gasket on the ﬂ ue pipe assembly.

Wall switch is mounted upside down.

Remote wall switch is grounding.

Remote wall switch wire is grounding.

- Reverse.

- Replace.

- Check for ground (short); repair ground or replace wire.

Faulty valve. - Replace.

oken or missing and

, the glass may

Page 72

W415-1678 / E / 08.15.18

NAPOLEON products are manufactured under the strict Standard of the world recognized ISO 9001 : 2015 Quality

IMPROVEMENTS. NAPOLEON IS A REGISTERED TRADEMARK OF WOLF STEEL LTD.

17.0 warranty

Management System.

NAPOLEON products are designed with superior components and materials assembled by trained craftsmen who take

great pride in their work. The burner and valve assembly are leak and test-ﬁ red at a quality test station. The complete

appliance is again thoroughly inspected by a qualiﬁ ed technician before packaging to ensure that you, the customer,

receives the quality product that you expect from NAPOLEON.

NAPOLEON GAS APPLIANCE PRESIDENT’S LIFETIME LIMITED WARRANTY

The following materials and workmanship in your new NAPOLEON gas appliance are warranted against defects for as long as you own the appliance. This covers: combustion chamber, heat exchanger, stainless / steel burner, Phazer™ logs and embers, rocks, ceramic glass (thermal breakage only), gold plated parts against tarnishing, porcelainized enameled components and aluminum extrusion trims.* Electrical (110V and millivolt) components and wearable parts are covered and NAPOLEON will provide replacement parts free of charge during the ﬁ rst year of the limited warranty. This covers: blowers, gas valves, thermal switches, switches, wiring, remote controls, ignitors, gaskets and pilot assemblies.* Labour related to warranty repair is covered free of charge during the ﬁ rst year. Repair work, however, requires the prior approval of an authorized company ofﬁ cial. Labour costs to the account of NAPOLEON are based on a predetermined rate schedule and any repair work must be done through an authorized NAPOLEON dealer. * Construction of models vary. Warranty applies only to components included with your speciﬁ c appliance.

CONDITIONS AND LIMITATIONS

NAPOLEON warrants its products against manufacturing defects to the original purchaser only. Registering your warranty is not necessary. Simply provide your proof of purchase along with the model and serial number to make a warranty claim. NAPOLEON reserves the right to have its representative inspect any product or part thereof prior to honouring any warranty claim. Provided that the purchase was made through an authorized NAPOLEON dealer your appliance is subject to the following conditions and limitations: Warranty coverage begins on the date of original installation. This factory warranty is non-transferable and may not be extended whatsoever by any of our representatives. The gas appliance must be installed by a licensed, authorized service technician or contractor. Installation must be done in accordance with the installation instructions included with the product and all local and national building and ﬁ re codes. This limited warranty does not cover damages caused by misuse, lack of maintenance, accident, alterations, abuse or neglect and parts installed from other manufacturers will nullify this warranty. This limited warranty further does not cover any scratches, dents, corrosion or discoloring caused by excessive heat, abrasive and chemical cleaners nor chipping on porcelain enamel parts, mechanical breakage of PHAZER™ logs and embers. This warranty extends to the repair or replacement of warranted parts which are defective in material or workmanship provided that the product has been operated in accordance with the operation instructions and under normal conditions. After the ﬁ rst year, with respect to this President’s Lifetime Limited Warranty, NAPOLEON may, at its discretion, fully discharge all obligations with respect to this warranty by refunding to the original warranted purchaser the wholesale price of any warranted but defective part(s). NAPOLEON will not be responsible for installation, labour or any other expenses related to the reinstallation of a warranted part and such expenses are not covered by this warranty. Notwithstanding any provisions contained in the President’s Lifetime Limited Warranty, NAPOLEON’S responsibility under this warranty is deﬁ ned as above and it shall not in any event extend to any incidental, consequential or indirect damages. This warranty deﬁ nes the obligations and liability of NAPOLEON with respect to the NAPOLEON gas appliance and any other warranties expressed or implied with respect to this product, its components or accessories are excluded. NAPOLEON neither assumes, nor authorizes any third party to assume, on its behalf, any other liabilities with respect to the sale of this product. NAPOLEON will not be responsible for: over-ﬁ ring, downdrafts, spillage caused by environmental conditions such as rooftops, buildings, nearby trees, hills, mountains, inadequate vents or ventilation, excessive venting conﬁ gurations, insufﬁ cient makeup air, or negative air pressures which may or may not be caused by mechanical systems such as exhaust fans, furnaces, clothes dryers, etc. Any damages to the appliance, combustion chamber, heat exchanger, plated trim or other components due to water, weather damage, long periods of dampness, condensation, damaging chemicals or cleaners will not be the responsibility of NAPOLEON. All parts replaced under the President’s Limited Lifetime Warranty Policy are subject to a single claim. During the ﬁ rst 10 years NAPOLEON will replace or repair the defective parts covered by the lifetime warranty at our discretion free of charge. From 10 years to life, NAPOLEON will provide replacement parts at 50% of the current retail price. All parts replaced under the warranty will be covered for a period of 90 days from the date of their installation. The manufacturer may require that defective parts or products be returned or that digital pictures be provided to support the claim. Returned products are to be shipped prepaid to the manufacturer for investigation. If a product is found to be defective, the manufacturer will repair or replace such defect. Before shipping your appliance or defective components, your dealer must obtain an authorization number. Any merchandise shipped without authorization will be refused and returned to sender. Shipping costs are not covered under this warranty. Additional service fees may apply if you are seeking warranty service from a dealer. Warranty labour allowance is only for the replacement of the warranted part. Travel, diagnostic tests, shipping and other related charges are not covered by this warranty.

ALL SPECIFICATIONS AND DESIGNS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE DUE TO ON-GOING PRODUCT

Page 73

W415-1678 / E / 08.15.18

18.0 service history

Appliance Service History

This appliance must be serviced annually depending on usage.

Date Dealer Name Service Technician Name Service Performed Special Concerns

Page 74

NAPOLEON CELEBRATING OVER 40 YEARS OF HOME COMFORT PRODUCTS

7200, Route Transcanadienne, Montréal, Québec H4T 1A3 24 Napoleon Road, Barrie, Ontario, Canada L4M 0G8 214 Bayview Drive, Barrie, Ontario, Canada L4N 4Y8 103 Miller Drive, Crittenden, Kentucky, USA 41030

Phone: 1-866-820-8686 napoleonproducts.com

Page 75

W415-1678 / E / 08.15.18

INSTALLATEUR : LAISSEZ CE MANUEL AVEC L’APPAREIL.

LA VITRE CHAUDE CAUSERA

DES BRÛLURES.

NE PAS TOUCHER LA VITRE

AVANT QU’ELLE AIT REFROIDI.

NE JAMAIS LAISSER LES

ENFANTS TOUCHER LA VITRE.

HOT GLASS WILL CAUSE

BURNS.

DO NOT TOUCH GLASS UNTIL

COOLED.

NEVER ALLOW CHILDREN TO

TOUCH GLASS.

DANGER

AVERTISSEMENT

A barrier designed to reduce the risk of burns from the hot viewing glass is provided with this appliance and shall be installed for the protection of children and other at-risk individuals.

Une barriére conçu à réduire le risque de brûlures causées par le verre chaud est fourni avec l’appareil et sera installé pour la protection des enfants et d’autres personnes à risque.

SAFETY BARRIER APPROVED

BARRIER

ÉCRAN DE PROTECTION

B36 ILLUSTRATED

SAFETY BARRIER

PROPRIÉTAIRE : CONSERVEZ CE MANUEL POUR CONSULTATION ULTÉRIEURE.

NE LAISSEZ PAS LES ENFANTS OU AUTRES INDIVIDUS À RISQUE SEULS À PROXIMITÉ DE L’APPAREIL.

INSTRUCTIONS

D’INSTALLATION ET

CERTIFIÉ CANADIENNES ET AMÉRICAINES: CSA 2.22 ET ANSI Z21.50, POUR LES APPAREILS À GAZ DÉCORATIF À ÉVACUATION.

POUR UTILISATION INTÉRIEUR SEULEMENT

CONSIGNES DE SÉCURITÉ

AVERTISSEMENT

Si ces instructions ne sont pas suivies à la

lettre, un incendie ou une explosion pourraient

s’ensuivre, causant des dommages matériels,

des blessures corporelles ou des pertes de vie.

- N’entreposez pas et n’utilisez pas d’essence ou autres liquides et vapeurs inﬂ ammables à proximité de cet appareil ou tout autre appareil.

- QUE FAIRE SI VOUS DÉTECTEZ UNE ODEUR DE GAZ :

• N’allumez aucun appareil.

• Ne touchez à aucun interrupteur électrique;

• Appelez immédiatement votre fournisseur de gaz

• Si vous ne pouvez pas rejoindre votre fournisseur

- L’installation et l’entretien doivent être faits par un installateur qualiﬁ é, une agence d’entretien ou le fournisseur.

Cet appareil peut être installé dans une maison préfabriquée (mobile) déjà installée à demeure si les règlements locaux le permettent.

Cet appareil doit être utilisé uniquement avec le type de gaz indiqué sur la plaque signalétique. Cet appareil ne peut être converti à d’autres gaz, sauf si une trousse de conversion est utilisée.

n’utilisez aucun téléphone dans votre immeuble.

d’un téléphone voisin. Suivez ses instructions.

de gaz, appelez le service des incendies.

D’OPÉRATION

B36NTR / B36NTRE &

GX36NTR-1 / GX36NTRE-1

MODÈLE GAZ NATUREL

B36PTR / B36PTRE &

GX36PTR-1 / GX36PTRE-1

MODÈLE AU PROPANE

ÉCRAN DE PROTECTION

B36 ILLUSTRÉ

Téléphone 1 (866) 820-8686 • www.napoleonfoyers.com • hearth@napoleonproducts.com

Wolf Steel Ltd., 24 Napoleon Rd., Barrie, ON, L4M 0G8 Canada /

103 Miller Drive, Crittenden, Kentucky, USA, 41030

ÉCRAN DE PROTECTION

Page 76

W415-1678 / E / 08.15.18

table des matières

NOTE: L'icône du camera indique que les vidéos sont disponibles comme une référence supplémentaire. Visitez http://mynapoleon.napoleonproducts.com/download/index/44/1.

1.0 vue d'ensemble de l'installation 77

2.0 introduction 78

2.1 dimensions pour B36 / GX36-1 79

2.2 instructions générales 80

2.3 informations générales 81

2.4 information de la plaque d’homologation 82

3.0 évacuation 83

3.1 longueurs des conduits d’évacuation et composants 84

3.2 installations typiques d'évents 85

3.3 installations particulières d'évents 87

3.3.1 ensemble périscopique 87

3.3.2 installation en coin 87

3.4 emplacements et dégagements minimaux de la terminaison 88

3.5 charte d'application des évacuations 89

3.6 légende 90

3.7 valeurs du coude en longueurs d'évent 90

3.8 évacuation sur le dessus terminaison horizontale 91

3.9 évacuation sur l'arrière terminaison horizontale 93

3.10 évacuation sur l'arrière et au dessus terminaison verticale 95

3.11 évacuation à l'arrière 97

3.12 déﬂecteur du ventilation arrière (pour l'application de ventilation arrière seulement) 98

3.13 évacuation sur le dessus 99

4.0 installation 100

4.1 protection du mur et du plafond 100

4.1.1 installation horizontale 100

4.1.2 installation verticale 101

4.2 utilisation de composants ﬂexibles d’évacuation 102

4.2.1 installation de la terminaison horizontale 102

4.2.2 installation de la terminaison verticale 103

4.2.3 raccordement des évents à l'appareil 104

4.3 utilisation de composants rigides d'évacuation 104

4.3.1 installation de la terminaison horizontale 104

4.3.2 installation de la terminaison verticale 105

4.3.3 restreignant des évents verticaux 106

4.4 terminaison verticale à travers une cheminée existante 107

4.5 installation dans une maison mobile 108

4.6 branchement du gaz 109

4.7 interrupteur mural optionnel 109

5.0 ossature 110

5.1 l'ossature pour B36 / GX36-1 110

5.1.1 dimensions minimales de l’ossature pour B36 / GX36-1 111

5.2 dégagements minimaux de l'enceinte 113

5.3 matériau de ﬁnition incombustible pour B36 / GX36-1 117

5.4 installation en alcôve 117

5.5 installation encadrée 118

5.6 dégagements minimaux de la tablette 119

5.7 installation support de ﬁxation 119

6.0 finitions 120

6.1 enlèvement et installation de la porte et l'écran de protection 120

6.2 l'avant hotte d'installation 121

6.3 disposition des bûches du B36 122

6.4 disposition des bûches du GX36-1 123

6.5 braises de charbon 124

6.6 braises incandescentes 124

6.7 d’installation du boîtier de pile 124

7.0 schéma de câblage 125

7.1 branchement par câble pour B36 / GX36-1 125

7.2 schéma de câblage électronique du B36 125

7.3 schéma de câblage électronique du GX36-1 126

8.0 fonctionnement (électronique) 128

9.0 fonctionnement (millivolt) 129

10.0 réglages 130

10.1 réglage de la veilleuse 130

10.2 réglage du venturi 130

10.3 caractéristiques de la ﬂamme 131

10.4 interrupteur optionelle contre la condensation (modèles B36NTRE/B36PTRE/ GX36NTRE-1 & GX36PTRE-1 seulement) 131

11.0 entretien 132

11.1 entretien annuel 133

11.2 remplacement de la vitre de porte 133

11.3 soins de la vitre 134

12.0 rechanges 134

12.1 vue d'ensemble du B36 135

12.2 l'assemblage de la soupape millivolt du B36 136

12.3 l'assemblage de la soupape électronique du B36 137

12.4 vue d'ensemble du GX36-1 138

12.5 l'assemblage de la soupape millivolt du GX36-1 139

12.6 l'assemblage de la soupape électronique du GX36-1 140

13.0 B36 accessoires 141

14.0 GX36-1 accessoires 142 GX36-1 accessoires (page 2) 143

15.0 guide de dépannage (électronique) 144

16.0 guide de dépannage (millivolt) 146

17.0 garantie 148

18.0 historique de service 149

19.0 notes 150

NOTE: Les modiﬁcations, autres que les éditoriales, sont indiquées par une ligne verticale dans la marge.

Page 77

W415-1678 / E / 08.15.18

1.0 vue d'ensemble de l'installation

Voir la section « dégagements minimaux de l’enceinte » pour les cloisons sèches (ou autre matériau combustible).

Voir la section « dégagements minimaux de la tablette ».

Voir les sections

« dimensions minimales

de l’ossature » et

« matériaux de finition

incombustible pour B36

/ GX36-1 ».

Voir les sections « évacuation » et « installation ».

Voir la section « ossature ».

Mur

latéral

La plaque d’homologation est

située ici. Voir la section

« information de la plaque

d’homologation ».

Les piles doivent être mises au rebut conformément aux lois et à la réglementation locales. Certaines piles peuvent être recyclées et acceptées dans votre centre de recyclage local. Renseignez-vous auprès de votre municipalité au sujet des directives de recyclage.

ÉCRAN DE PROTECTION

B36 ILLUSTRÉ

Page 78

W415-1678 / E / 08.15.18

AVERTISSEMENT

2.0 introduction

• CET APPAREIL EST CHAUD LORSQU’IL FONCTIONNE ET PEUT CAUSER DE GRAVES BRÛLURES EN CAS DE CONTACT.

• TOUTE MODIFICATION APPORTÉE À CET APPAREIL OU AUX CONTRÔLES PEUT ÊTRE DANGEREUX ET SONT INTERDIT.

• Ne faites pas fonctionner l’appareil avant d’avoir lu et compris les instructions d’opération. Omettre d’utiliser l’appareil selon les instructions d’opération pourrait causer un incendie ou des blessures.

• Risque d’incendie ou d’asphyxie. Ne faites pas fonctionner l’appareil avec la vitre retirée.

• Ne branchez pas la soupape à du courant 110 volts.

• Risque de brûlures. L’appareil doit être éteint et refroidi avant d’effectuer un entretien.

• N’installez pas de composants endommagés ou incomplets ni des composants substituts.

• Risque de coupures et d’éraﬂ ures. Portez des gants protecteurs, des chaussures protectives et des lunettes de sécurité lors de l’installation. Les bordures des pièces de métal peuvent être coupantes.

• Les enfants et les adultes devraient être informés des dangers que posent les températures de surface élevées et se tenir à distance afin d’éviter des brûlures ou que leurs vêtements ne s’enflamment.

• Les jeunes enfants doivent être supervisés attentivement lorsqu’ils sont dans la même pièce que l’appareil. Les jeunes enfants et autres personnes sont sujets aux brûlures accidentelles. Une barrière de protection est recommandée si

des individus à risque se trouvent dans la maison. Aﬁ n de restreindre l’accès à l’appareil, installez une barrière de

protection ajustable pour garder les jeunes enfants ou autres personnes à risque hors de la pièce et loin des surfaces chaudes.

• Les vêtements et autres matériaux combustibles ne doivent pas être posés sur l’appareil ou à proximité.

• En raison des températures élevées, l’appareil devrait être placé loin des endroits passants et loin des meubles et des rideaux.

• Assurez-vous de disposer de mesures de sécurité adéquates pour empêcher les jeunes enfants de toucher aux surfaces chaudes.

• Même une fois que l’appareil est éteint, la vitre et/ou le pare-étincelles demeureront chauds pendant un temps prolongé.

• Consultez votre détaillant local de foyer pour connaître les grillages de sécurité et les écrans offerts pour protéger les enfants

des surfaces chaudes. Ces grillages de sécurité et ces écrans doivent être ﬁ xés au plancher.

• Tout grillages de sécurité, écrans ou barriére enlevés pour faire l’entretien devront être remis en place avant d’utiliser l’appareil.

• Cet appareil est un appareil à gaz ventilé. Ne brûlez pas de bois ou autres matériaux dans cet appareil.

• Il est primordial de garder propres les compartiments de contrôle, les brûleurs, la soufﬂ erie, les bouches d’air de l’appareil ainsi que le système d’évacuation. L’appareil et son système d’évacuation doivent être inspectés avant la première utilisation et au moins une fois l’an par un spécialiste en entretien. Un entretien plus fréquent pourrait être nécessaire en raison des peluches

provenant des tapis, literie, etc. L’emplacement de l’appareil doit être gardé libre de tous matériaux combustibles, essence ou autres liquides et vapeurs inﬂ ammables.

• Cet appareil ne devra être modiﬁ é en aucun cas.

• Cet appareil ne doit pas être raccordé au conduit d’une cheminée desservant un autre appareil de chauffage à combustible solide.

• N’utilisez pas cet appareil si une partie quelconque a été submergée. Contactez immédiatement un technicien de service

qualiﬁ é pour inspecter l’appareil et pour remplacer toute pièce du système de contrôle et du contrôle du gaz qui aurait été

submergée.

• Ne pas opérer l’appareil lorsque la porte vitrée est enlevée, ﬁ ssurée ou brisée. Le remplacement de la vitre devra être effectué

par un technicien de service certiﬁ é ou qualiﬁ é.

• Ne frappez pas et ne claquez pas la porte vitrée de appareil.

• Lorsque l’appareil est muni de portes d’évacuation de pression, elles doivent demeurer fermées pendant le fonctionnement de

l’appareil aﬁ n d’empêcher les gaz de combustion contenant du monoxyde de carbone de s’inﬁ ltrer dans la maison.

• Seules les portes/façades certiﬁ ées pour cet appareil peuvent être utilisées avec cet appareil.

• Gardez les matériaux d’emballage hors de la portée des enfants et mettez ces matériaux au rebut de façon sécuritaire. Comme

tous les emballages de plastique, ces matériaux ne sont pas des jouets et doivent demeurer hors de la portée des enfants et

des bébés.

• Comme dans le cas de tout appareil à combustion, il est recommandé d’installez un détecteur de monoxyde de carbone dans la

pièce pour vous protéger, ainsi que votre famille, contre les intoxications.

• Assurez-vous de respecter les dégagements aux matériaux combustibles lorsque vous installez un manteau ou des tablettes au-dessus de l’appareil. Les téléviseurs et autres composants électroniques soumis à des températures élevées peuvent

fondre, se déformer, se décolorer et entraîner des défaillances prématurées de ces appareils.

• La version de millivolt de cet appareil utilise et requiert un thermocouple à action rapide. Remplacez uniquement par un thermocouple à action rapide de Wolf Steel ltée.

• Une barriére conçu à réduire le risque de brûlures causées par le verre chaud est fourni avec l’appareil ou vendu comme option obligatoire et sera installé.

• Si la barriére est endommagée, elle devra être remplacée par la barriére conçu par le manufacturier pour cet appareil.

• L’installation et la réparation devraient être effectuées par un technicien qualiﬁ é. L’appareil et son système

d’évacuation devraient être inspectés avant l’utilisation initiale et au moins une fois l’an par un professionel qualiﬁ é. Un nettoyage plus réquent peut être requis en raison de la poussière excessive laissée par les moquettes, les

couvertures, etc. Il est impératif que les compartiments de contrôle, le brûleur et les passages de circulation d’air

soient gardés propres aﬁ n de fourni une combustion et une circulation d’air adéquates.

• Le fonctionnement de millivolt pour cette appareil requiert un thermocouple à action rapide. Remplacez uniquement avec un thermocouple à action rapide de Wolf Steel Ltée.

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2.1 dimensions pour B36 / GX36-1

55.5mm

2 3/16"

ÉCRAN DE PROTECTION

SAFETY BARRIER

879mm

34 5/8"

VUE DE FACE

400mm

15 3/4"

GAS INLET

ENTRÉE

DU GAZ

889mm

35"

203mm

610mm

24"

391mm

15 3/8"

VUE DE CÔTÉ

VUE DE DESSUS

9 1/16"

230mm

178mm

102mm

Page 80

CET APPAREIL AU GAZ DEVRAIT ÊTRE INSTALLÉ ET ENTRETENU PAR UN INSTALLATEUR QUALIFIÉ

conformant aux codes locaux. Les pratiques d’installation peuvent varier d’une région à l’autre. Il est donc important de connaître les normes spéciﬁ ques qui s’appliquent à votre région. Par exemple dans l’état du Massachusetts:

• Ce produit doit être installé par un plombier certiﬁ é ou un installateur pour le gaz lorsque installé dans le

• Le registre de l’appareil doit être enlevé ou bloqué en le soudant en position ouverte avant d’installer un encastré

• La soupape d’arrêt doit être un robinet à gaz avec une poignée en T.

• Le raccord ﬂ exible ne doit pas mesurer plus que 36 pouces (914.4mm).

•

• L’appareil n’est pas approuvé pour installation dans une chambre à coucher ou une salle de bain à moins d’être

L’installation doit se conformer aux codes locaux. En l’absence de codes locaux, l’installation doit être conforme au Code d’installation du gaz naturel et du propane CSA B149.1 au Canada ou au National Fuel Gas Code, ANSI Z223.1/ NFPA 54 aux États-Unis. Cet appareil convient pour installation dans une maison mobile si l’installation est conforme aux normes actuelles pour les maisons mobiles équipées au gaz CAN/CSA Z240 SÉRIE MM au Canada ou selon les normes ANSI Z223.1 et NFPA 54 aux États-Unis.

Tant que les distances requises pour les dégagements aux matériaux combustibles sont respectées, le meilleur endroit pour un appareil est le centre de la maison, car ceci permet une meilleure utilisation de la chaleur fournie. L’emplacement des fenêtres, des portes et la circulation dans la pièce où se trouve l’appareil devront être pris en considération. Si possible, vous devriez choisir un emplacement où le système d’évent peut passer à travers la maison sans avoir à découper des solives de plancher ou de toit.

Si l’appareil est installé directement sur un tapis, sur une surface de vinyle ou tout autre revêtement de plancher combustible autre que le bois, l’appareil devra être monté sur un panneau continu de métal ou de bois se prolongeant sur toute la largeur et la profondeur.

Certains appareils ont une soufﬂ erie ou un ensemble de deux soufﬂ eries optionnel. Si la soufﬂ erie ou l’ensemble de deux soufﬂ eries optionnel est installé, la boîte de dérivation doit être branchée au circuit électrique et mise à la terre conformément aux codes locaux. Utilisez la version courante du Code canadien de l’électricité CSA C22.1 au Canada ou le National Electrical Code ANSI/NFPA 70 aux États-Unis.

AVERTISSEMENT

W415-1678 / E / 08.15.18

2.2 instructions générales

ALLUMEZ TOUJOURS LA VEILLEUSE, QUE CE SOIT POUR LA PREMIÈRE FOIS OU LORSQUE

L’APPROVISIONNEMENT EN GAZ EST ÉPUISÉ, AVEC LA PORTE VITRÉE OUVERTE OU RETIRÉE.

PRÉVOYEZ UN ACCÈS SUFFISANT POUR ENTRETENIR ET OPÉRER L’APPAREIL.

ASSUREZ-VOUS D'UNE QUANTITÉ SUFFISANTE D’AIR DE VENTILATION.

LES OBJETS PLACÉS DEVANT L’APPAREIL DOIVENT ÊTRE GARDÉS À UNE DISTANCE D'AU MOINS 48"

LES SURFACES AUTOUR ET SURTOUT AU-DESSUS DE L’APPAREIL PEUVENT DEVENIR CHAUDES.

LES PRESSIONS ÉLEVÉES ENDOMMAGERONT LA SOUPAPE. L’ALIMENTATION EN GAZ DOIT ÊTRE DÉBRAN-

CHÉE PENDANT LES ESSAIS DE PRESSION DE CE SYSTÈME LORSQUE LES PRESSIONS D’ESSAI EXCÈDENT

½ LB/PO² (3,5 KPA). FERMEZ LA SOUPAPE D’ARRÊT MANUELLE PENDANT TOUT ESSAI DE PRESSION DU

SYSTÈME D’ALIMENTATION EN GAZ LORSQUE LA PRESSION EST DE ½ LB/PO² (3,5 mb) OU MOINS.

N’UTILISEZ QUE LES ACCESSOIRES OPTIONNELS ET LES PIÈCES DE RECHANGE APPROUVÉS PAR WOLF

STEEL POUR CET APPAREIL. L’UTILISATION D’ACCESSOIRES NON LISTÉS (SOUFFLERIE, PORTES, PER-

SIENNES, MOULURES, COMPOSANTS DE GAZ, COMPOSANTS D’ÉVACUATION, ETC.) POURRAIT ÊTRE NON

L'APPAREIL NE DOIT PAS ÊTRE UTILISÉ AU TEMPÉRATURES AU-DESSOUS DE ZERO (

À L'APPAREIL POUR RÉCHAUFFER AU-DESSUS DE ZERO AVANT LE FONCTIONNEMENT.

N’OBSTRUEZ JAMAIS L’OUVERTURE DE L’APPAREIL.

(1219.2mm) DE LA FACE VITRÉE DE L'APPAREIL.

NE TOUCHEZ PAS L’APPAREIL QUAND IL FONCTIONNE.

RISQUE D’INCENDIE OU D’EXPLOSION.

SÉCURITAIRE ET ANNULERA LA GARANTIE ET LA CERTIFICATION.

32°F / 0°C)

. PERMETTRE

Commonwealth du Massachusetts.

ou un ensemble de bûches à gaz.

Un détecteur de monoxyde de carbone est requis dans toutes les pièces contenant des appareils alimentés au gaz.

un appareil avec une chambre de combustion scellée à évacuation directe.

Nous suggérons que nos

appareils au gaz soient installés

et que l'entretien soit effectué par des professionnels certifiés par le National Fireplace Institute® (NFI) comme spécialiste du gaz NFI.

en se

Page 81

W415-1678 / E / 08.15.18

2.3 informations générales

Pour votre satisfaction, cet appareil a été mis à l'essai pour conﬁrmer son fonctionnement et sa qualité.

Altitude (PI) 0-4,500 0-4500 0-4,500 0-4,500 Débit max. (BTU/H) 18,000 18,000 25,000 25,000 Pression minimale

d'alimentation en gaz

RENDEMENTS ET EFFICACITÉS

B36 GX36-1

GN P GN P

4.5" (11mb) w.c. 11" (27mb) w.c. 4.5" (11mb) w.c. 11" (27mb) w.c.

Pression maximale d'alimentation en gaz

Pression au collecteur (lorsque le gaz circule)

B36NTR B36NTRE B36PTR B36PTRE GX36NTR-1 GX36NTRE-1 GX36PTR-1 GX36PTRE-1

Lorsque l'appareil est installé à des élévations dépassant 4 500 pieds (1371m), et en l’absence de recommandations spéciﬁques de l’autorité compétente locale, l’indice certiﬁé du débit à haute altitude devra être réduit au taux de 4 % pour chaque 1 000 pieds (305m) supplémentaires.

13" (32mb) w.c. 13" (32mb) w.c. 7" (17mb) w.c. 13" (32mb) w.c.

3.5" (9mb) w.c. 10" (25mb) w.c. 3.5" (9mb) w.c. 10" (25mb) w.c.

DESIGNATIONS DU MODÈLE

TYPE DE CARBURANT

NATUREL MILLIVOLT

NATUREL ALLUMAGE ÉLECTRONIQUE PROPANE MILLIVOLT PROPANE ALLUMAGE ÉLECTRONIQUE

NATUREL MILLIVOLT

NATUREL ALLUMAGE ÉLECTRONIQUE PROPANE MILLIVOLT PROPANE ALLUMAGE ÉLECTRONIQUE

SYSTÈME DE

FONCTIONNEMENT

Cet appareil est approuvé pour installation dans les salles de bain, les chambres à coucher ou les chambres studio et convient pour installation dans les maisons mobiles.

Aucune alimentation électrique externe (110 volts ou 24 volts) n'est requise pour le millivolt fonctionnement du système. Cependant, la soufﬂerie optionelle requise 110 volts.

Les bruits causés par l'expansion et la contraction lors des cycles de chauffage et de refroidissement sont tout à fait normaux et il faut s'y attendre.

Une barrière conçu à réduire le risque de brûlures à partir de le chaude la vitre est à condition que avec l’appareil et sera être installés.

Page 82

ÉCHANTILLON

W415-1678 / E / 08.15.18

2.4 information de la plaque d’homologation

CONFORMS TO / CONFORME AUX: ANSI Z21.50-2016, CERTIFIED TO / CERTIFIE CSA 2.22-2016 VENTED DECORATIVE GAS APPLIANCE / FOYER À GAZ DÉCORATIF VENTILÉ. DIRECT VENT GAS FIREPLACE. SUITABLE FOR BEDROOM, BATHROOM AND BED-SITTING ROOM INSTALLATION. SUITABLE FOR MOBILE HOME INSTALLATION IF INSTALLED IN ACCORDANCE WITH THE CURRENT STANDARD CAN/CSA Z240MH SERIES GAS EQUIPPED MOBILE HOMES, IN CANADA OR IN THE UNITED STATES THE MANUFACTURED HOME CONTRUCTION AND SAFETY STANDARD, TITLE 24 CFR, PART 3280. WHEN THIS US STANDARD IS NOT APPLICABLE USE THE STANDARD FOR FIRE SAFETY CRITERIA FOR MANUFACTURED HOME INSTALLATIONS, SITES AND COMMUNITIES, ANSI / NFPA 501A.

W565-0144. FOLLOW THE INSTALLATION INSTRUCTIONS LOCATED IN THE INSTALLATION MANUAL.

MANIFOLD PRESSURE: 3.5" (9MB) WATER COLUMN MANIFOLD PRESSURE:

PRESSION AU COLLECTEUR: 3.5" (9 MB) D'UNE COLONNE D'EAU PRESSION AU COLLECTEUR: 10" (25MB) D'UNE COLONNE D'EAU

PRESSION D'ALIMENTATION MINIMALE: 4.5" (11MB) D'UNE COLONNE D'EAU PRESSION D'ALIMENTATION MINIMALE: 11" (27MB) D'UNE COLONNE D'EAU

PRESSION D'ALIMENTATION MAXIMALE: 7.0" (17MB) D'UNE COLONNE D'EAU PRESSION D'ALIMENTATION MAXIMALE: 13" (32MB) D'UNE COLONNE D'EAU

NOT FOR USE WITH SOLID FUEL. FOR USE WITH GLASS DOORS CERTIFIED WITH THIS UNIT ONLY.

WARNING:

SEE OWNER'S INSTRUCTION MANUAL FOR MINIMUM AND MAXIMUM VENT LENGTHS. REFERER AU MANUEL D'INSTALLATION DE PROPRIETAIRE POUR LES LONGUEURS D'EVACUATION MINIMALE ET MAXIMALE.

WOLF STEEL LTD.

24 NAPOLEON ROAD, BARRIE, ON, L4M 0G8 CANADA

MINIMUM SUPPLY PRESSURE: 4.5" (11MB) WATER COLUMN MINIMUM SUPPLY PRESSURE: 11" (27MB) WATER COLUMN

MAXIMUM SUPPLY PRESSURE: 7.0" (17MB) WATER COLUMN MAXIMUM SUPPLY PRESSURE: 13" (32MB) WATER COLUMN

FOR USE WITH BARRIER

9700539 (WSL) 4001657 (NGZ) 4001658

B36NTR CB36NTR MODEL CB36PTR B36PTR B36NTRE CB36NTRE CB36PTRE B36PTRE

0-4500FT (0-1370m) ALTITUDE / ELEVATION 0-4500FT (0-1370m)

18,000 BTU/h INPUT / ALIMENTATION 18,000 BTU/h 13,000 BTU/h REDUCED INPUT / ALIMENTATION REDUITE 13,500 BTU/h

(NAC) 4001659 (WUSA)

P4: 51.7% P4: 51.7%

FOYER À GAZ VENTILÉ DIRECT. HOMOLOGUÉ POUR INSTALLATION DANS UNE CHAMBRE À COUCHER,

W565-0144.

D'INSTALLATION SE TROUVENT DANS LE MANUEL

D'INST

POUR UNE UTILISER AVEC BARRIÈRE

SUIVEZ

LES INSTRUCTIONS

ALLATION

10" (25MB) WATER COLUMN

UN COMBUSTIBLE SOLIDE NE DOIT PAS ÊTRE UTILISÉ AVEC CET APPAREIL. UTILISER AVEC LES PORTES VITRÉES HOMOLOGUÉES SEULEMENT AVEC CETTE UNITÉ.

AVERTISSEMENT: CE FOYER UTILISÉ ET REQUIÈRT UN THERMOCOUPLE À ACTION RAPIDE.

SERIAL NUMBER/NO. DE SERIE:

B36

Pour l’emplacement de la plaque d’homologation, voir la section « vue d'ensemble de l'installation ».

W385-1987 / A

Cette illustration est à titre de référence seulement. Consultez la plaque d’homologation pour obtenir l’information précise.

NOTE: La plaque d’homlogation doit rester avec l’appareil à tout instant. Il ne doit pas être enlevé.

Page 83

partie du système d’évent est interdite.

AVERTISSEMENT

W415-1678 / E / 08.15.18

3.0 évacuation

RISQUE D’INCENDIE. CONSERVEZ LES DÉGAGEMENTS NÉCESSAIRES AU CONDUIT D’ÉVENT ET

LES COURSES HORIZONTALES ET VERTICALES DU SYSTÈME DOIVENT ÊTRE SUPPORTÉES À

TOUS LES 3 PI (0,9m). UTILISEZ DES SUPPORTS OU DES ATTACHES INCOMBUSTIBLES

ÉQUIVALENTS AFIN DE MAINTENIR LE DÉGAGEMENT AUX MATÉRIAUX COMBUSTIBLES. UTILISEZ

L’ENSEMBLE DE SUPPORT MURAL WOLF STEEL W010-0370 OU DES SUPPORTS

INCOMBUSTIBLES ÉQUIVALENTS AFIN DE CONSERVER LE DÉGAGEMENT MINIMAL AUX

MATÉRIAUX COMBUSTIBLES POUR LES COURSES VERTICALES ET HORIZONTALES. DES

ESPACEURS SONT FIXÉS AU CONDUIT INTÉRIEUR À INTERVALLES PRÉDÉTERMINÉS AFIN DE

GARDER UN ESPACE VIDE AVEC LE CONDUIT EXTÉRIEUR. POUR QUE LE FONCTIONNEMENT

SOIT SÉCURITAIRE, UN ESPACE VIDE EST REQUIS. UN ESPACEUR EST REQUIS AU DÉBUT, AU

MILIEU ET À LA FIN DE CHAQUE COUDE AFIN DE MAINTENIR CET ESPACE VIDE. N’ENLEVEZ PAS

CET APPAREIL UTILISE UN SYSTÈME DE CONDUITS DE 4” (102mm) POUR L’ÉVACUATION ET DE 7” (178mm)POUR LA PRISE D’AIR.

Aﬁ n d’assurer un fonctionnement sécuritaire et adéquat de l’appareil, vous devez observer les instructions d’évacuation à la lettre. Un changement à la longueur verticale minimale de l’évacuation pourrait entraîner des problèmes d’allumage du brûleur et/ou des accumulations de carbone. Sous des conﬁ gurations d’évacuation extrêmes, allouez de 5 à 15 minutes pour que la ﬂ amme se stabilise après l’allumage. Il est suggérons fortement de les évents qui passent à travers des espaces non chauffés (greniers, garages, espaces réduits) devraient être recouverts d’un manchon isolant pour minimiser la condensation. Prévoyez un moyen d’inspecter visuellement le raccord des évents à l’appareil après que ce dernier a été installé. Utilisez un espaceur coupe-feu, un protecteur de conduit d’évacuation ou un écran thermique de grenier lorsque les murs intérieurs, le plancher ou le plafond sont traversés. La terminaison peut être peints avec une peinture haute température pour faire correspondre les couleurs extérieures. Utilisez une peinture extérieure pour 400°F (200°C). Application et performance de la peinture est la responsabilité du consommateur. Spot test est recommandé.

NOTE ; Si, pour une raison quelconque, le système d’évents de prise d’air est démonté, réinstallez-le selon les instructions fournies dans l’installation initiale.

NOTE : Cet appareil doit être installé de manière à ce que le conduit d’évacuation et de prise d’air se prolongent sur toute la longueur de la cheminée. Toute autre méthode d’installation telle que d’utiliser la cheminée comme

À L’APPAREIL.

CES ESPACEURS.

Veuillez consulter la section qui correspond à votre installation.

Page 84

Utilisez uniquement des composants d’évacuation Wolf Steel, Simpson Dura-Vent, Selkirk Direct Temp, American

Pour le Simpson Dura-Vent, le Selkirk Direct Temp, l’American Metal Amerivent et le Metal-Fab, suivez

l’appareil. La course horizontale doit être conservée à un maximum de 20PI (6,1m). La hauteur totale permise

à l’appareil et à la section de terminaison).

W415-1678 / E / 08.15.18

3.1 longueurs des conduits d’évacuation et composants

Metal Amerivent ou Metal-Fab. Les minimums et maximums des longueurs d’évent, pour les installations verticales et horizontales, et les emplacements des terminaisons pour les deux systèmes sont précisés dans ce manuel et doivent être respectés. Pour le Simpson Duravent, le Selkirk Direct Temp, l’American Metal Amerivent et le Metal-Fab, suivez la procédure d’installation fournie avec les composants d’évacuation.

Un adaptateur de départ est nécessaire et peut être acheté chez le fournisseur correspondant :

FABRICANT D’ÉVACUATION

Duravent W175-0053 Wolf Steel www.duravent.com

Amerivent 4DSC-N2 American Metal www.americanmetalproducts.com

Direct Temp 4DT-AAN Selkirk www.selkirkcorp.com

SuperSeal 4DNA Metal-Fab www.mtlfab.com

NO. DE PIÈCE DE L’ADAPTATEUR DE DÉPART

FOURNISSEUR SITE WEB

la procédure d’installation qui se trouve sur le site Web de votre fournisseur.

Pour les systèmes d’évents dont le conduit intérieur d’évacuation possède déjà des joints scellés, seuls les joints du conduit extérieur de prise d’air doivent être scellés avec un scellant de silicone rouge à haute température (RTV). Ce même scellant peut être utilisé sur les joints des conduits intérieurs et extérieurs de tous les autres systèmes d’évents approuvés à l’exception du raccordement du conduit d’évacuation à la buse du foyer qui doit être scellé avec le scellant noir à haute température Mill Pac. Le scellant à haute température doit être commandé séparément.

Lorsque vous utilisez des composants d’évacuation de Wolf Steel, n’utilisez que des composants ﬂ exibles/ rigides d’évacuation Wolf Steel ltée conjointement avec les ensembles de terminaison suivants : les ensembles de terminaison murale GD222, GD222R, ou l’ensemble de terminaison pour toit de pente 1/12 à 7/12 GD110, l’ensemble de terminaison pour toit de pente 8/12 à 12/12 GD111, l’ensemble de terminaison pour toit plat GD112 ou l’ensemble périscopique GD201 (pour pénétration des murs sous le niveau du sol). Lorsque vous utilisez des conduits ﬂ exibles, conjointement avec les différentes terminaisons, utilisez l’ensemble d’évents de 5PI (1,5m) GD220 ou l’ensemble d’évents de 10PI (3,1m) GD330.

Pour une performance optimale de l’appareil et une apparence optimale des ﬂ ammes, gardez la longueur des évents et le nombre de coudes au minimum. La prise d’air de la terminaison extérieure doit demeurer dégagée en tout temps. Vériﬁ ez la prise d’air de la terminaison au moins une fois l’an pour vous assurer qu’elle n’est pas obstruée ni endommagée. Ne combinez pas de composants rigides ou ﬂ exibles ni de composants d’évacuation provenant de fabricants différents.

Ces ensembles d’évents permettent soit une évacuation verticale, soit une évacuation horizontale de

pour un évent vertical est de 40PI (12,2m). Lorsque vous utilisez des composants ﬂ exibles, le nombre maximal de raccordements est de deux horizontalement ou trois verticalement (excluant les raccordements

Pour une performance optimale, toutes les courses horizontales devraient avoir une élévation de 1" par pied.

PENTE REQUISE POUR L'ÉVACUATION

HORIZONTALE DU GX36 -1

Évacuation arrière

Évacuation sur dessus

Évacuation arrière en coin

** Lorsqu'une course verticale est utilisée dans la conﬁguration d'évacuation, une pente de 0" par pied est acceptable.

Évents rigides 1"(25mm) /PI ** Évents ﬂexibles 1" (25mm) /PI ** Évents ﬂexibles 0" /PI Évents rigides 0" /PI Évents ﬂexibles 0" /PI Évents ﬂexibles 0" /PI Évents rigides 6" (152mm) Évents ﬂexibles 6" (152mm) Évents ﬂexibles 6" (152mm)

PENTE REQUISE POUR L'ÉVACUATION

HORIZONTALE DU B36

Évacuation

Évents rigides 0" /PI

arrière

Évacuation

Évents rigides 0" /PI

sur dessus

Évacuation

Évents rigides 0"

arrière en coin

Page 85

W415-1678 / E / 08.15.18

3.2 installations typiques d'évents

16" (40,6cm)

MINIMUM

8" (20,3cm)

MINIMUM

34 5/8"

(88cm)

24" (61cm) MAXIMUM

42 5/8"

(108cm)

MINIMUM PLUS

LA PENTE*

ÉVACUATION SUR

40 PI (12,2m)

MAXIMUM

3 PI (1m)

MINIMUM

34 5/8" (88cm)

LE DESSUS

* Voir la section « évacuation ».

Page 86

W415-1678 / E / 08.15.18

16" (40,6cm)

MINIMUM

20"

(50,8cm)

MAX

24" (61cm)

MINIMUM PLUS

LA PENTE *

40 PI (12,2M)

MAXIMUM

3 PI (1M)

MINIMUM

24"

(61cm)

* Voir la section « évacuation ».

ÉVACUATION SUR

L’ARRIÈRE

Page 87

W415-1678 / E / 08.15.18

3.3 installations particulières d'évents

TION À L’ARRIÈRE

12” MINIMUM

20" (50.8cm)

30”

MINIMUM

12” MINIMUM

INSTALLATION D’UNE ÉVACUA-

TION SUR LE DESSUS

INSTALLATION D’UNE ÉVACUA-

TION À L’ARRIÈRE

30”

MINIMUM

12” MINIMUM

COURSE MAXIMALE DE 10 PI

6" (152,4mm) MINIMUM D’ÉLÉVATION

3.3.1 ensemble périscopique

Utilisez l’ensemble périscopique aﬁ n de positionner la terminaison au-dessus du niveau du sol. L’ensemble périscopique doit être installé de façon à ce que la fente d’air du bas soit située à un minimum de 12 pouces (30,5cm) au-dessus du niveau du sol. La longueur maximale permise de l’évent est de 10 pieds (3,1m).

12" (30,5cm)

MINIMUM

AU NIVEAU

30" (76,2cm)

MINIMUM

DU SOL

12" (30,5cm)

MINIMUM

AU NIVEAU

DU SOL

30" (76,2cm)

MINIMUM

24"

(61cm)

3.3.2 installation en coin

Lorsque l’évent est installé en coin, la longueur maximale du conduit d’évacuation est de 20” (50,8cm) de course horizontale, en plus de la déviation de 45°. Dans se cas, une pente de 0" est acceptable lorsque des évents rigides sont utilisés pour les modèles B36; une pente de 6" (152mm) est requis lorsque des évents rigides sont utilisés pour les modèles GX36-1. Il est requis de conserver une pente ascendante de 6” (152,4mm) pour les évents ﬂexible pour les modèles B36 et GX36-1 (voir les tableaux et illustrations ci-dessous).

6" (152,4mm) MINIMUM D’ÉLÉVATION

34 5/8"

(88cm)

MAXIMUM

Évacuation

Arrière

en Coin

ÉVENTS FLEXIBLES ÉVENTS RIGIDES

Pente Requis pour B36

Évents Rigides 0"

Évents Flexibles 6" (152mm)

Évacuation

Arrière

en Coin

Pente Requis pour GX36-1

Évents Rigides 6" (152mm)

Évents Flexibles 6" (152mm)

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NOTE : Les dégagements doivent être conformes aux codes d’installation locaux et les exigences du fournisseur de gaz. En leur absence, les dégagements doivent être comme indiqué ci-dessous et sont basés sur des codes nationaux.

APPLICATIONS POUR BALCON COUVERT ††*

NOTE :

3.4 emplacements et dégagements minimaux de la terminaison

= 2 x

RÉELLE

MAX

≤ 15 pieds

INSTALLATION

CANADA É.-U.

A 12” (30,5cm) 12” (30,5cm) Dégagement au-dessus du sol, d’une véranda, d’une terrasse en bois ou d’un balcon.

C 12” (30,5cm)* 12” (30,5cm)* Dégagement des fenêtres fermées en permanence.

F 0” (0mm) 0” (0mm) Dégagement des murs faisant coin extérieur.

H 3’ (0,9m) 3’ (0,9m)****

I 3’ (0,9m) 3’ (0,9m)**** Dégagement de l’évent du régulateur.

K 6’ (1,8m) 3’ (0,9m) † Dégagement d’une prise d’air mécanique.

L 7’ (2,1m) ‡ 7’ (2,1m) **** Dégagement au-dessus d’un trottoir ou d’une entrée pavée situés sur une propriété publique.

N 16” (40,6cm) 16” (40,6cm) Dégagement au-dessus du toit.

O 2’ (0,6m) †* 2’ (0,6m) †* Dégagement des murs adjacents, incluant les maisons voisines.

P 8’ (2,4m) 8’ (2,4m) Le toit doit être incombustible et sans ouvertures.

Q 3’ (0,9m) 3’ (0,9m) Voir le tableau pour les dimensions d’un mur plus large

R 6’ (1,8m) 6’ (1,8m)

S 12” (30,5cm) 12” (30,5cm) Dégagement sous un balcon couvert.

* Recommandé aﬁ n de prévenir la formation de buée dans les fenêtres et les cassures thermiques.

** Il est recommandé d’utiliser un protecteur de chaleur et de maximiser la distance au sofﬁ te de plastique.

*** L’ensemble périscopique requiert un dégagement minimal de 18 pouces (457,2m) d’un mur extérieur faisant coin intérieur.

**** Ceci est une distance recommandée. Vériﬁ ez les codes locaux pour connaître les contraintes additionnelles.

† Trois pieds au-dessus si la distance horizontale est de moins de 10 pieds (3,1m).

‡

†† Permis seulement si la véranda ou la terrasse en bois sont complètement ouverts sur un minimum de deux côtés sous le plancher.

†* Recommandé aﬁ n d’éviter la recirculation des produits d’échappement. Vériﬁ ez les codes locaux pour connaître les contraintes additionnelles.

††* Permis seulement si le balcon est complètement ouvert sur au moins un côté.

12”

(30,5cm)

18”

(45,7cm)**

12”

(30,5cm)**

0” (0mm)*** 0” (0mm)***

2” (51mm)*** 2” (51mm)***

12”

(30,5cm)

12”

(30,5cm)††

Pour les structures comportant trois murs et un toit, la terminaison doit être située à plus de 6 pieds (1,8m) sous une fenêtre s’ouvrant sur un plan horizontal.

Une terminaison d’évacuation ne doit pas être installée à un endroit où elle pourrait causer une formation dangereuse de givre ou de glace sur les surfaces d’une propriété adjacente.

9” (229mm)ΔDégagement des fenêtres ou des portes qui ouvrent.

18”

(45,7cm)**

12”

(30,5cm)**

9”

(229mm)

12”

(30,5cm)****

Dégagement vertical d’un sofﬁ te ventilé situé au-dessus de la terminaison si la distance horizontale est de moins de 2’ (0,6m) de la ligne médiane de la terminaison.

Dégagement d’un sofﬁ te non ventilé.

Dégagement des murs extérieurs incombustibles faisant coin intérieur ou aux obstructions incombustibles (cheminée, etc.).

Dégagement des murs extérieurs combustibles faisant coin intérieur ou aux obstructions

combustibles (habillage extérieur, etc.).

Dégagement horizontal de chaque côté depuis la ligne verticale tirée du centre d’un ensemble de

régulateur/compteur pour une distance verticale maximale de 15’ (4,6m).

Dégagement d’une prise d’air de ventilation non mécanique de la maison ou d’une prise d’air de combustion de tout autre appareil.

Dégagement sous une véranda ou une terrasse en bois.

Voir le tableau pour les dimensions d’un mur plus profond. La terminaison ne doit pas être installée sur quelconque mur ayant une ouverture entre la terminaison et le côté ouvert de la structure.

MIN

= 3 pieds

(0,9m)

MAX

Les terminaux du mur sont à des ﬁ ns d’illustration seulment. La taille et les formes peuvent varier.

(4,6m)

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3.5 charte d'application des évacuations

ÉVACUATION SUR LE DESSUS

Terminaison horizontale

La course verticale est plus grande ou égale à

la course horizontale.

La course horizontale

+ la course verticale

jusqu’à un maximum de

35’ (10,7m).

La course verticale

est plus petite que la

course horizontale.

La course horizontale

+ la course verticale

jusqu’à un maximum

de 24,75’ (7,5m).

4,2 fois la course

verticale plus grande

ou égale à la course

horizontale

ÉVACUATION À L’ARRIÈRE

Terminaison verticale

La course verticale est plus grande ou égale à

la course horizontale.

La course horizontale

+ la course verticale

jusqu’à un maximum de

35’ (10,7m).

La course verticale

est plus petite que la

course horizontale.

La course horizontale

+ la course verticale

jusqu’à un maximum

de 35’ (10,7m).

3 fois la course

verticale plus grande

ou égale à la course

horizontale.

Terminaison horizontale

La course verticale

est plus grande ou

égale à la course

horizontale

La course

horizontale + la

course verticale

jusqu’à un

maximum de

40 pieds (12,2m)

La course verticale

est plus petite

que la course

horizontale

La course

horizontale + la

course verticale

jusqu’à un

maximum de

24,75 pieds (7,5m)

3,5 fois la course

verticale plus

grande ou égale à la

course horizontale

Terminaison verticale

La course verticale

est plus grande ou

égale à la course

horizontale

La course

horizontale + la

course verticale

jusqu’à un

maximum de

40 pieds (12,2m)

La course verticale

est plus petite

que la course

horizontale

La course

horizontale + la

course verticale

jusqu’à un

maximum de

40 pieds (12,2m)

3 fois la course

verticale plus

grande ou égale à la

course horizontale

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Les symboles suivants sont utilisés dans le calcul et les exemples d’évacuation : > - plus grand que > < - plus petit que < H H H V

- longueur des courses verticales combinées en pieds

1° 0,03 0,5 12,7 15° 0,45 6,0 152,4 30° 0,9 11,0 279,4 45° 1,35 16,0 406,4 90°* 2,7 32,0 812,8

* La première déviation de 90° a une valeur zéro et est illustrée dans la formule comme - 90°

3.6 légende

- plus grand ou égal à

- plus petit ou égal à

- total de la longueur des courses horizontales (Hr) et des déviations (Ho) en pieds

- longueur des courses horizontales combinées en pieds

- facteur de la valeur d’une déviation : 0,03 (du total des degrés de déviation - 90°*) en pieds

3.7 valeurs du coude en longueurs d'évent

PIEDS POUCES MILLIMÈTRES

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(HT) < (VT)

3.8 évacuation sur le dessus terminaison horizontale

Conﬁguration d'évacuation simple (un coude de 90°

seulement).

Consultez le graphique pour déterminer la course verticale

nécessaire V

40 (12,2)

39 (11,9)

par rapport à la course horizontale requise HT.

COURSE

30 (9,1)

VERTICALE

REQUISE EN

PIEDS (MÈTRES)

20 (6,1)

10 (3,1)

2.5

(0,8)5(1,5)

7.5

(2,3)

(3,1)

12.5 (3,8)15(4,6)

LONGUEUR DES COURSES HORIZONTALES PLUS

LES DÉVIATIONS EN PIEDS (MÈTRES) H

La section ombragée à l'intérieur des lignes représente des

valeurs acceptables pour H

Lorsque la conﬁguration de l'évacuation exige plus d'un coude de 90°, les formules suivantes s'appliquent:

Formule 1 : H Formule 2 : HT + V

< V

< 40 pieds (12,2m)

90°

Exemple :

= 3 PI (0,9m)

= 8 PI (2,4m)

= V

+ V

= 2,5 PI (0,8m)

= 2 PI (0,6m)

= H

= 0,03 (trois coudes 90° - 90°) = 0,03 (270° - 90°) = 5,4 PI (1,6m)

= H

+ V

= 3PI (0,9m) + 8PI (2,4m) = 11PI (3,4m)

+ H

= 2,5PI (0,8m) + 2PI (0,6m) = 4,5 PI (1,4m)

+ H

= 4,5PI (1,4m) + 5,4PI (1,6m) = 9,9 PI (3m)

= 9,9PI (3m) + 11PI (3,4m) = 20,9 PI (6,4m)

90°

et VT.

17.5 (5,3)20(6,1)

Formule 1 : H

Formule 2 : HT + V

< V

9,9PI (3m) < 11PI (3,4m)

< 40 PI (12,2m)

20,9PI (6,4m) < 40 PI (12,2m) Puisque les deux formules sont respectées, cette conﬁguration d'évacuation est acceptable.

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(HT) > (VT)

Configuration d'évacuation simple

(un coude de 90° seulement)

Lorsque la configuration de l'évacuation exige plus qu'un coude de 90°, les formules suivantes s'appliquent :

Formule 1 : H Formule 2 : HT + V

Exemple :

= VT = 6 PI (1,8m)

= 3 PI (0,9m)

= 5 PI (1,5m)

= H

= 0,03 (deux coudes 90° - 90°) = 0,03 (180° - 90°) = 2,7PI (0,8m)

= H

+ V

< 4,2 V

+ H

= 3PI (0,9m) + 5PI (1,5m) = 8 PI (2,4m)

+ H

= 8 PI (2,4m) + 2,7 PI (0,8m) = 10,7 PI (3,3m)

= 10,7 PI (3,3m) + 6PI (1,8m) = 16,7 PI (5,1m)

La section ombragée à l'intérieur des lignes représente des valeurs acceptables pour H

< 24,75 pieds (7,5m)

Consultez le graphique pour déterminer la course verticale nécessaire V

par rapport à la course horizontale requise HT.

150 (381)

147 (373)

COURSE

VERTICALE

REQUISE EN

100 (254)

POUCES

(CENTIMÈTRES)V

57 (145)

50 (127)

8 (20,3)

(1,5)

(0,6)

(3,1)

12,5 (3,8)

(4,6)

19,5

(5,9)

20 (6,1)

LONGUEUR DES COURSES HORIZONTALES PLUS LES DÉVIATIONS EN

PIEDS (MÈTRES)H

90°

et V

Formule 1 : H

Formule 2 : H

Puisque les deux formules sont respectées, cette configuration

< 4,2 V

4,2 VT = 4,2PI (1,3m) x 6PI (1,8m) = 25,2 PI (7,7m)

+ V

16,7PI (5,1m) < 24,75 PI (7,5m)

< 24,75 PI (7,5m)

90°

d'évacuation est acceptable.

Exemple :

= 4 PI (1,2m)

= 1,5 PI (0,5m)

= V

+ V

= 2 PI (0,6m)

= 1 PI (0,3m)

= 1,5 PI (0,5m)

= H

= 0,03 (quatre coudes 90° - 90°) = 0,03 (360° - 90°) = 8,1 PI (2,5m)

= H

+ V

Formule 1 : H

= 4PI (1,2m) + 1,5PI (0,5m) = 5,5 PI (1,7m)

+ H2 + H

+ H

= 13,6 PI (4,2m) + 5,5 PI (1,7m) = 19,1 PI (5,8m)

+ H4 = 2 PI (0,6m) + 1 PI (0,3m) + 1 PI (0,3m) + 1,5 PI (0,5m) = 5,5 PI (1,7m)

= 5,5 PI (1,7m) + 8,1 PI (2,5m) = 13,6 PI (4,2m)

< 4,2 V

4,2 VT = 4,2 PI (1,3m) x 5,5 PI (1,7m) = 23,1 PI (7m)

90°

13,6 PI (4,2m) < 23,1 PI (7m)

Formule 2 : HT + V

19,1PI (5,8m) < 24,75 PI (7,5m)

< 24,75 PI (7,5m)

Puisque les deux formules sont respectées, cette configuration d'évacuation est acceptable.

90°

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(HT) < (VT)

3.9 évacuation sur l'arrière terminaison horizontale

Configuration d'évacuation simple

(deux coudes de 90° seulement)

Consultez le graphique pour déterminer la course verticale nécessaire

par rapport à la course horizontale requise HT.

40 (12,2)

38,3 (11,7)

COURSE

VERTICALE

30 (9,1)

REQUISE

2 (0,6)

20 (6,1)

10 (3,1)

2,5

(0,8)5 (1,5)

1,6

(0,5)

7,5

(2,3)

(3,1)

12,5 (3,8)

(4,6)

17,5

(5,3)

(6,1)

EN PIEDS

(MÈTRES)V

LONGUEUR DES COURSES HORIZONTALES PLUS

LES DÉVIATIONS EN PIEDS (MÈTRES) H

La section ombragée à l'intérieur des lignes représente des valeurs

acceptables pour H

et V

Lorsque la configuration de l'évacuation exige plus qu'un coude de 90°, les formules suivantes s'appliquent :

Formule 1: H Formule 2: HT + V

< V

< 40 pieds (12,2m)

90°

Exemple:

= 9 PI (2,7m)

= 6 PI (1,8m)

= V

+ V

= 3 PI (0,9m)

= 2 PI (0,6m)

= 1,5 PI (0,5m)

= H

= 0,03 (quatre coudes 90° - 90°) = 0,03 (360° - 90°) = 8,1 PI (2,5m)

= H

+ V

Formule 1: H

Formule 2: HT + V

= 9 PI (2,7m) + 6 PI (1,8m) = 15 PI (4,6m)

+ H2 + H

+ H

= 14,6PI (4,5m) + 15PI (4,6m) = 29,6PI (9m)

= 3PI (0,9m) + 2PI (0,6m) + 1.5PI (0,5m) = 6.5PI (2m)

= 6,5PI (2m) + 8,1PI (2,5m) = 14,6PI (4,5m)

< V

14,6 PI (4,5m) < 15 PI (4,6m)

< 40 PI (12,2m)

29,6PI (9m) < 40PI (12,2m)

Puisque les deux formules sont respectées, cette configuration d’évacuation est acceptable.

90°

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(HT) > (VT)

Configuration d'évacuation simple

(deux coudes de 90° seulement)

COURSE

VERTICALE

Consultez le graphique pour déterminer la course verticale

nécessaire V

12,5 (3,8)

12,25 (3,7)

8,3 (2,54)

par rapport à la course horizontale requise HT.

REQUISE

EN PIEDS

(MÈTRES) V

5,5

(1,68)

4,2 (1,3)

1 (0,3)

(0,8)5 (1,5)

(0,3)

2,5

3,5

(1,1)

7,5

(2,3)

(3,1)

LONGUEUR DES COURSES HORIZONTALES PLUS

LES DÉVIATIONS EN PIEDS (MÈTRES) H

La section ombragée à l'intérieur des lignes représente

des valeurs acceptables pour H

Lorsque la configuration de l'évacuation exige plus qu'un coude de 90°, les formules suivantes s'appliquent :

Formule 1 : H Formule 2 : HT + V

< 3,5V

< 24,75 pieds (7,5m)

Exemple :

= 4 PI (1,2m)

= 1,5 PI (0,5m)

= V

+ V

= 2 PI (0,6m)

= 1 PI (0,3m)

= 1,5 PI (0,5m)

= H1 + H2 + H3 + H

= 0,03 (quatre coudes 90° + un coude 45° - 90°)

= 0,03 (90 + 90 + 90 + 90 + 45 - 90) = 9,45 PI (2,9m)

= H

+ V

Formule 1 : H

= 4PI (1,2m) + 1,5PI (0,5m) = 5,5 PI (1,7m)

= 2PI(0,6m) + 1PI(0,3m) + 1PI(0,3m) + 1,5PI(0,5m) = 5,5PI(1,7m)

+ H

= 5,5PI (1,7m) + 9,45PI (2,9m) = 14,95PI (4,6m)

= 14,95PI (4,6m) + 5,5PI (1,7m) = 20,45PI (6,2m)

< 3,5V

3,5VT = 3,5PI (1,1m) x 5,5PI (1,7m) = 19,25PI (5,9m)

90°

14,95 PI (4,6m) < 19,25 PI (5,9m)

Formule 2 : HT + V

20,45 PI (6,2m) < 24,75 PI (7,5m)

< 24,75 PI (7,5m)

Puisque les deux formules sont respectées, cette configuration d'évacuation est acceptable.

12,5 (3,8)

90°

(4,6)

et V

90°

17,5

(5,3)

(6,1)

19,25

(5,9)

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(HT) < (VT)

3.10 évacuation sur l'arrière et au dessus terminaison verticale

Configurations d'évacuation simples.

Consultez le graphique pour déterminer la course verticale

nécessaire V

par rapport à la course horizontale requise H

40 (12,2)

30 (9,1)

COURSE

VERTICALE

REQUISE EN

PIEDS

(MÈTRES) V

20 (6,1)

10 (3,1)

3 (0,9)

(1,5)

LONGUEUR DES COURSES HORIZONTALES PLUS

LES DÉVIATIONS EN PIEDS (MÈTRES) H

La section ombragée à l'intérieur des lignes représente

des valeurs acceptables pour H

Lorsque les configurations de l'évacuation exigent plus que zéro coude de 90° (évacuation sur le dessus) ou un coude de 90° (évacuation à l'arrière), les formules suivantes s'appliquent :

Formule 1: H Formule 2: HT + V

< V

< 40 pieds (12,2m)

(3,1)

(4,6)

et VT

(6,1)

Exemple:

= 5 PI (1,5m)

= 6 PI (1,8m)

= 10 PI (3,1m)

= V

+ V2 + V

= 8 PI (2,4m)

= 2,5 PI (0,8m)

= H1+ H2 = 8PI (2,4m) + 2,5PI (0,8m) = 10,5PI (3,2m)

= 0,03 (quatre coudes 90°- 90°)

= 0,03 (360° - 90°) = 8,1 PI (2,5m)

= H

+ H

+ V

= 18,6PI (5,7m) + 21PI (6,4m) = 39,6PI (12,1m)

Formule 1: H

Formule 2: HT + V

= 5PI (1,5m) + 6PI (1,8m) + 10PI (3,1m) = 21PI (6,4m)

= 10,5PI (3,2m) + 8,1PI (2,5m) = 18,6PI (5,7m)

< 3,5V

18,6 PI (5,7m) < 21 PI (6,4m)

39,6PI (12,1m) < 40 PI (12,2m)

< 40 PI (12,2m)

Puisque les deux formules sont respectées, cette configuration d’évacuation est acceptable

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(HT) > (VT)

Exemple : V V V H H H H H

= 0,03 (270° +

H H

Formule 1 : H 3 V

19,5 PI (5,9m)

Formule 2 : H

Puisque les deux formules sont respectées, cette configuration d'évacuation est acceptable.

Configurations d'évacuation simples.

COURSE

Consultez le graphique pour déterminer la course verticale nécessaire V

19 (5,8)

par rapport à la course horizontale requise H

20 (6,1)

VERTICALE

REQUISE EN

10 (3,1)

PIEDS

(MÈTRES) V

3 (0,9)

(1,5)

(3,1)

(4,6)

(6,1)

(7,6)

(9,1)

LONGUEUR DES COURSES HORIZONTALES PLUS

LES DÉVIATIONS EN PIEDS (MÈTRES) H

La section ombragée à l'intérieur des lignes représente

des valeurs acceptables pour H

et VT

Lorsque les configurations de l'évacuation exigent plus que zéro coude de 90° (évacuation sur le dessus) ou un coude de 90° (évacuation à l'arrière), les formules suivantes s'appliquent :

Formule 1 : H Formule 2 : HT + V

Exemple : V

= 2 PI (0,6m)

= 1 PI (0,3m)

= 1,5 PI (0,5m)

= V

= 6 PI (1,8m)

= 2 PI (0,6m)

= H

= 0,03 (quatre coudes 90° - 90°)

= 0,03 (360° - 90°) = 8,1 PI (2,5m)

= H

+ V

Formule 1 : H

< 3 V

< 40 pieds (12,2m)

+ V2 + V3 = 2PI (0,6m) + 1PI (0,3m) + 1,5PI (0,5m) = 4,5PI (1,4m)

+ H

= 6PI (1,8m) + 2PI (0,6m) = 8 PI (2,4m)

+ H

= 8PI (2,4m) + 8,1PI (2,5m) = 16,1 PI (4,9m)

= 16,1PI (4,9m) + 4,5PI (1,4m) = 20,6 PI (6,3m)

< 3V

16,1PI (4,9m) > 13,5 PI (4,1m)

= 3 PI (0,9m) x 4,5 PI (1,4m) = 13,5 PI (4,1m)

90°

Puisque cette formule n'est pas respectée, cette configuration d'évacuation est inacceptable. Formule 2 : HT + V

20,6 PI (4,9m) < 40 PI 12,2m)

< 40 PI (12,2m)

Puisque seulement la formule 2 est respectée, cette configuration est inacceptable et l'on devra trouver un autre endroit pour installer l’appareil ou trouver une configuration d'évacuation qui pourra respecter les deux formules.

= 1,5 PI (0,5m)

= 5 PI (1,5m)

= V

+ V2 = 1,5PI (0,5m) + 5PI (1,5m) = 6,5 PI (2m)

= 1 PI (0,3m)

= 10,75 PI (3,3m)

= H

+ H2 + H3 = 1PI (0,3m) + 1PI (0,3m) + 10,75PI (3,3m) = 12,75PI (3,9m)

= 0,03 (trois coudes 90° + un coude 45° - 90°)

= H

+ H

+ V

= 19,5 PI (5,9m) + 6,5 PI (2m) = 26 PI (7,9m)

< 3 V

= 3PI (0,9m) x 6,5PI (2m) = 19,5PI (5,9m)

45° - 90°) = 6,75 PI (2,1m)

= 12,75PI (3,9m) + 6,75PI (2,1m) = 19,5PI (5,9m)

= 19,5 PI (5,9m)

90°

+ V

< 40 PI (12,2m)

PI (7,9m) < 40 PI (12,2m)

90°

45°

90°

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3.11 évacuation à l'arrière

AVERTISSEMENT

DÉFLECTEUR

IL EST ESSENTIEL QUE LE COUVERCLE D’ÉVACUATION SOIT INSTALLÉ, SI NON L’APPAREIL NE

FONCTIONNERA PAS CORRECTEMENT ET POURRAIT CAUSER DES BLESSURES OU DES

A. Enlevez l'écran de protection et vitre de la porte (voir la section « enlèvement et installation de la porte et

l'écran de protection »).

B. Enlevez le contenu de l'intérieur de la chambre de combustion, vous aurez besoin de la collet

d'évacuation et d'entrée d'air.

C. Pour faciliter l'assemblage, retirez les quatre tête hexagonale de ﬁxation du déﬂecteur de l'intérieur de la

partie supérieure avant de la chambre de combustion (FIG. 1).

D. Placez les joint d’étanchéité (fourni) au cours de

l'assemblage du collet d'évacuation de 4" (101,6mm) et plier le long de la perforation (FIG. 2).

E. De l'intérieur de la chambre de combustion, insérez le collet

d'évacuation de 4" (101,6mm). Installez le déﬂecteur du ventilation arrière sur le col 4" (101,6mm) de combustion (voir la section « déﬂecteur du ventilation arrière (pour l'application de ventilation arrière seulement) »).

F. Fixez l’assemblage du collet d'évacuation, le joint d'étanchéité et le déﬂecteur

du ventilation arrièrer à l'aide des quatre vis noir cylindrique de 5/8" (FIG. 2).

NOTE: Ne serrez pas trop les vis. Il sufﬁt d'appuyer le joint d'étanchéité contre la chambre de combustion.

G. Réinstallez la déﬂecteur utilisant les quatre vis précédement retirez, isntallez les

bûches, la vitre de la porte et l'écran de protection.

H. Installez l'assemblage du collet de 7", complet avec avec le joint d'étanchéité

sur le panneau arrière autour du collet de 4" (101,6mm) avec les vis fourni (FIG. 3).

DOMMAGES MATÉRIELS.

FIG. 1

DEFLECTOR

FIG. 2

FIG. 3

JOINT D’ÉTANCHÉITÉ

COLLET D’ÉVACUATION

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3.12 déﬂecteur du ventilation arrière (pour l'application de ventilation arrière seulement)

A. Retirez l'assemblage de l'écran de protection et la porte de l'appareil (voir la section « enlèvement

et installation de la porte et l'écran de protection » du manuel).

B. Desserrez les deux vis servant à ﬁxer la plaque d'évacuation, installez le déﬂecteur en glissant

les ouvertures en forme de fentes derrière les têtes de vis, puis resserrez les vis (FIG. 1).

C. Réinstallez la porte et l'assemblage de l'écran de protection sur l'appareil (voir la section

« enlèvement et installation de la porte et lécran de protection » du manuel).

FIG. 1

NOTE: Cette déﬂectuer est installée pour bloquer la vue à travers l'évacuation à l'extérieur.

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3.13 évacuation sur le dessus

AVERTISSEMENT

DEFLECTOR

DEFLECTOR DÉFLECTEUR

OUTER

COVERPLATE

GASKET

‘O’ RING

1 1/2” INSULATION BATT

GASKET

EXHAUST FLUE COLLAR

OUTER

COVERPLATE

GASKET

INNER

COVERPLATE

COLLET D’ÉVACUATION

EXHAUST FLUE COLLAR

COLLET D’ÉVACUATION

IL EST ESSENTIEL QUE LE COUVERCLE D’ÉVACUATION SOIT INSTALLÉ, SI NON L’APPAREIL NE

FONCTIONNERA PAS CORRECTEMENT ET POURRAIT CAUSER DES BLESSURES OU DES

NOTE: Cette appareil a été expédié avec une évacuation à l'arrière.

A. Enlevez l'écran de protection et vitre de la porte (voir la section « enlèvement et installation de la porte et

l'écran de protection » du manuel).

B. Enlevez le contenu de l'intérieur de la chambre de

combustion, vous aurez besoin de la collet d'évacuation et d'entrée d'air.

DOMMAGES MATÉRIELS.

FIG. 1

Pour faciliter l'assemblage, retirez les quatre tête hexagonale de ﬁxation du déﬂecteur de l'intérieur de la partie supérieure avant de la chambre de combustion (FIG. 1).

D. Retirez la couvercle extérieure et le joint d'étanchéité en retirant les quatre vis. Installez la couvercle extérieure et le

joint d'étanchéité à l'arrière de l'appareil utilisant les quatre vis précedement enlever (FIG. 2).

E. Retirez et jetez le joint d'étanchéité de 1 1/2 pouce (38,1mm) d'épaisseur (FIG. 2). F. Retirez les quatre vis ﬁxer au couvercle intérieure, 'o' ring (GX36-1 seulement), et le joint d'étanchéité,

enlever le couvercle intérieure et jetez-le (FIG. 2).

G. Ré

installez le 'o' ring (GX36-1 seulement) et le joint d'étanchéité dans l'appareil utilisant les vis précedement

enlever (FIG. 2).

H. Placez le collet d'évacuation de 7" (177,8mm) et le joint d'étanchéité en haut de l'appareil et ﬁxer en place

utilisant ques vis.

INDICE: Le joint d'étanchéité est fourni dans le sac du manuel (GX36-1 seulement) et les vis sont emballés séparément dans leur propre sac.

I. À partir de l'intérieur de la foyer, installez le collet d'évacuation de 4" (101,6mm) avec le joint d'étanchéité,

vers le haut du foyer et ﬁxer en place utilisant les quatre vis noir de 3/4" à tête hexagonale fourni dans le sac manuel.

NOTE: Ne serrez pas trop les vis. Il sufﬁt d'appuyer le joint d'étanchéité contre la chambre de

combustion.

J. Réinstallez la déﬂecteur, les bûches, la vitre de la porte et l'écran de protection.

COUVERCLE

EXTÉRIEUR

JOINT

D’ÉTANCHÉITÉ

‘O’ RING

COUVERCLE

INTÉRIEURE

JOINT

D’ÉTANCHÉITÉ

(1 1/2”) JOINT

D’ÉTANCHÉITÉ

FIG. 2

JOINT D’ÉTANCHÉITÉ

COUVERCLE EXTÉRIEUR

FIG. 3

Page 100

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AVERTISSEMENT

AFIN D’ASSURER UN FONCTIONNEMENT SÉCURITAIRE ET ADÉQUAT DE L’APPAREIL, VOUS DEVEZ

AVERTISSEMENT

CONDUITS D’ÉVENT ET L’ASSEMBLAGE DE L’ESPACEUR COUPE-FEU. INSTALLEZ LES ÉCRANS MURAUX

AVERTISSEMENT

PLUS QUE L’ÉPAISSEUR DE LA BRIDE DE LA PLAQUE DE MONTAGE.

4.0 installation

AVANT D’EFFECTUER LES BRANCHEMENTS POUR L’ALIMENTATION EN GAZ ET ÉLECTRIQUE,

ASSUREZ-VOUS DE RETIRER TOUTE COMPOSANTE NON FIXÉE À L’INTÉRIEUR DE LA CHAMBRE

SI VOTRE APPAREIL COMPREND UN SYSTÈME DE TÉLÉCOMMANDE, ASSUREZ-VOUS QUE LE

RÉCEPTEUR EST À LA POSITION « OFF » AVANT D’EFFECTUER LES BRANCHEMENTS POUR

TOUS LES JOINTS DES CONDUITS DOIVENT ÊTRE SCELLÉS AVEC DU SCELLANT DE SILICONE

ROUGE À HAUTE TEMPÉRATURE RTV W573-0002 (NON FOURNI) OU DU SCELLANT NOIR À HAUTE

TEMPÉRATURE MILL PAC W573-0007 (NON FOURNI) À L’EXCEPTION DU RACCORDEMENT DU

CONDUIT D’ÉVACUATION À LA BUSE DE L’APPAREIL QUI DOIT ÊTRE SCELLÉ AVEC LE SCELLANT

SI VOUS UTILISEZ DES COLLIERS POUR TUYAU POUR RACCORDER LES COMPOSANTS

D’ÉVACUATION, VOUS DEVEZ AUSSI INSTALLER TROIS VIS POUR VOUS ASSURER QUE LE

DE COMBUSTION.

L’ALIMENTATION EN GAZ ET ÉLECTRIQUE.

OBSERVER LES INSTRUCTIONS D’ÉVACUATION À LA LETTRE.

MILL PAC.

RACCORDEMENT NE SE DÉFASSE PAS.

NE SERREZ PAS LA GAINE FLEXIBLE.

RISQUE D'INCENDIE, D'EXPLOSION OU D'ASPHYXIE. SI L'ENSEMBLE DU SYSTÈME DE CONDUIT

D'ÉVENT N'EST PAS ADÉQUATEMENT SOUTENU, IL RISQUE DE FLÉCHIR OU DE SE SÉPARER.

UTILISEZ DES SUPPORTS DE CONDUIT ET RACCORDEZ LES SECTIONS DE CONDUITS SELON LES

INSTRUCTIONS D’INSTALLATION.

RISQUE D'INCENDIE. ÉVITEZ QUE L'ISOLANT TOUCHE AU CONDUIT D'ÉVACUATION. RETIREZ

L'ISOLANT POUR PERMETTRE L'INSTALLATION DE L'ÉCRAN PROTECTEUR DU GRENIER ET POUR

MAINTENIR LES DÉGAGEMENTS AUX MATÉRIAUX COMBUSTIBLES.

4.1 protection du mur et du plafond

NE REMPLISSEZ L’ESPACE ENTRE LE CONDUIT D’ÉVENT ET LA CHARPENTE AVEC AUCUN TYPE DE

MATÉRIAU. NE BOURREZ PAS D’ISOLANT NI DE MATÉRIAUX COMBUSTIBLES ENTRE LES ESPACEURS

COUPE-FEU DU PLAFOND. CONSERVEZ TOUJOURS LES DÉGAGEMENTS REQUIS AUTOUR DES

ET LES ESPACEURS COUPE-FEU TEL QUE SPÉCIFIÉ. SI VOUS NE GARDEZ PAS L’ISOLANT OU TOUT

AUTRE MATÉRIAU À L’ÉCART DU CONDUIT D’ÉVENT, UN RISQUE D’INCENDIE POURRAIT S’ENSUIVRE.

4.1.1 installation horizontale

Pour les dégagements du conduit d'évent aux matériaux combustibles, voir la section « ossature » du manuel.

L’ESPACEUR COUPE-FEU DOIT ÊTRE INSTALLÉ AVEC L’ÉCRAN PROTECTEUR ORIENTÉ VERS LE HAUT.

LA TERMINAISON NE DOIT PAS ÊTRE ENCHÂSSÉE DANS LE MUR OU LE REVÊTEMENT EXTÉRIEUR