Hearth and Home Technologies Indoor Fireplace ST HVB IPI User Manual

Owner’s Manual

Installation and Operation

Models:

Pier-HVB-IPI

ST-HVB-IPI

CAUTION

DO NOT DISCARD THIS MANUAL

Important operating

and maintenance

instructions included.

Read, understand and follow

these instructions for safe

installation and operation.

Leave this manual with

party responsible for

use and operation.

•

WARNING

WARNING: If the information in these

instructions is not followed exactly, a fire

or explosion may result causing proper-

ty damage, personal injury, or death.

HOT SURFACES!

Glass and other surfaces are hot during

operation AND cool down.

Hot glass will cause burns.

•

DO NOT touch glass until it is cooled

NEVER allow children to touch glass

Keep children away

• Do not store or use gasoline or other flamma-

ble vapors and liquids in the vicinity of this or

any other appliance.

• CAREFULLY SUPERVISE children in same room as fireplace.

• Alert children and adults to hazards of high temperatures.

• What to do if you smell gas

- Do not try to light any appliance

High temperatures may ignite clothing or other flammable

materials.

- Do not touch any electrical switch. Do not

use any phone in your building.

• Keep clothing, furniture, draperies and other flammable

materials away.

- Immediately call your gas supplier from a

neighbor’s phone. Follow the gas supplier’s

instructions.

This appliance has been supplied with an integral barrier

to prevent direct contact with the fixed glass panel. DO

NOT operate the appliance with the barrier removed.

- If you cannot reach your gas supplier, call

the fire department.

Contact your dealer or Hearth & Home Technologies if the

barrier is not present or help is needed to properly install one.

• Installation and service must be performed by

a qualified installer, service agency, or the gas

supplier.

In the Commonwealth of Massachusetts installation must

be performed by a licensed plumber or gas fitter.

See Table of Contents for location of additional

Commonwealth of Massachusetts requirements.

This appliance may be installed as an OEM installation in

manufactured home (USA only) or mobile home and must

be installed in accordance with the manufacturer’s instruc-

tions and the manufactured home construction and safety

standard, Title 24 CFR, Part 3280 or Standard for Installa-

tion in Mobile Homes, CAN/CSA Z240MH.

Installation and service of this appliance should be

performed by qualified personnel. Hearth & Home

Technologies suggests NFI certified or factory-trained

professionals, or technicians supervised by an NFI

certified professional.

This appliance is only for use with the type(s) of gas indi-

cated on the rating plate.

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Table of Contents

Safety and Warning Information.................................................. 2

Service Parts List ......................................................................... 4

Approvals and Codes .................................................................. 9

Appliance Certification ................................................................................... 9

Installation Codes .......................................................................................... 9

HighAltitude Installations............................................................................... 9

Requirements for the Commonwealth of Massachusetts .............................. 10

Getting Started............................................................................ 11

Introducing the Heat & Glo Gas Fireplaces .................................................. 11

Pre-install Preparation ................................................................................. 11

Installing the Fireplace ............................................................... 14

Step 1. Locating the Fireplace .................................................................... 14

Step 2. Framing the Fireplace ..................................................................... 15

Step 3. Installing the Vent System .............................................................. 18

A. Vent System Approvals ......................................................... 18

B. Installing Vent Components ................................................... 25

C. Vent Termination.................................................................... 27

Step 4. Positioning, Leveling, and Securing the Fireplace ........................... 30

Step 5. The Gas Control System ................................................................ 30

Step 6. The Gas Supply Line ...................................................................... 31

Step 7. Gas Pressure Requirements........................................................... 31

Step 8. Wiring the Fireplace........................................................................ 32

Step 9. Finishing......................................................................................... 35

Step 10. Installing Trim, Logs & Ember Material .......................................... 36

Installing the Trim .......................................................................... 36

Positioning the Logs...................................................................... 36

Shutter Settings ............................................................................ 36

Glass Specifications...................................................................... 36

Placing the Ember Material ........................................................... 37

Ember Light Bulb Replacement ..................................................... 37

Step 11. Before Lighting the Fireplace........................................................ 38

Step 12. Lighting the Fireplace ................................................................... 38

After the Installation ..................................................................................... 38

Maintaining and Servicing Your Fireplace................................ 39

Contact Information ...................................................................................... 40

Î = Contains updated information.

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Service Parts

Pier-HVB-IPI

Beginning Manufacturing Date: June 2003

Ending Manufacturing Date: ______

Service Parts Diagram

Log Assembly

Part number list on following page.

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Service Part List

PIER-HVB-IPI

IMPORTANT: THIS IS DATED INFORMATION. When requesting service or replacement parts

for your appliance please provide model number and serial number. All parts listed in this

manual may be ordered from an authorized dealer.

Stocked

at Depot

ITEM

DESCRIPTION

SERIAL #

PART NUMBER

LOGS-MSB

SRV2039-701

SRV2039-703

SRV2039-700

SRV2039-702

SRV2039-705

SRV2039-704

GLA-MS

Log Set Assembly

Log 1

Log 2

Log 3

Log 4

Log 5

Log 6

Glass Door Assembly -End

Louvers with Mesh -End Panel

Hood End, black

MS-LOUVERS-EP

SRV2006-194

2006-137

Non-combustible board -End

Non-combustible board -Side

2006-136

2039-012

Grate Assembly

Burner NG, LP

2039-006

GLA-6TROC

2040-005

Glass Door Assembly -Side

Louver, Top

SRV2005-190

2040-004

Hood Side, Black

Louver, Bottom

4021-013

Junction Box

2005-173

Bracket Junction box

Orifice NG (#33C)

Orifice LP (#50C)

582-833

582-850

2006-008

Ember Mesh Assembly

Mesh Assembly

Glass Latch Assembly

Flue Restrictor

2005-033A

386-122A

385-128

060-455

050-721

2005-790

446-301

Fiber Glass Rope

Mineral Wool

Lava Rock

Pilot Tube

Gasket Assembly

2005-010

Contains Ember Box, Orifice and air passage gaskets

TUP-GBK-12

NGK-MS

LPK-MS

Touch Up Paint

Conversion Kit NG

Conversion Kit LP

Pilot Orifice NG

Pilot Orifice LP

Regulator NG

446-505

446-517

NGK-DXV

LPK-DXV

Regulator LP

Additional service part numbers appear on following page.

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ST-HVB-IPI

Beginning Manufacturing Date: June 2003

Ending Manufacturing Date: ______

Service Parts

Service Parts Diagram

Log Assembly

Part number list on following page.

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Service Part List

ST-HVB-IPI

IMPORTANT: THIS IS DATED INFORMATION. When requesting service or replacement parts

for your appliance please provide model number and serial number. All parts listed in this

manual may be ordered from an authorized dealer.

Stocked

at Depot

ITEM

DESCRIPTION

SERIAL #

PART NUMBER

LOGS-MSB

SRV2039-701

SRV2039-703

SRV2039-700

SRV2039-702

SRV2039-705

SRV2039-704

2005-172

Log Set Assembly

Log 1

Log 2

Log 3

Log 4

Log 5

Log 6

Non-combustible board

2039-012

Grate Assembly

Burner NG, LP

2039-006

SRV2005-190

GLA-6TROC

2040-005

Hood Black

Glass Door Assembly

Louver, Top

2040-004

Louver, Bottom

Junction Box

4021-013

2005-173

Bracket Junction box

Orifice NG (#32C)

582-832

582-850

2005-008

2005-033A

386-122A

385-128

060-455

050-721

2005-790

446-301

Orifice LP (#50C)

Ember Mesh Assembly

Mesh Assembly

Glass Latch Assembly

Flue Restrictor

Fiber Glass Rope

Mineral Wool

Lava Rock

Pilot Tube

Gasket Assembly

2005-010

Contains Ember Box, Orifice and air passage gaskets

TUP-GBK-12

Touch Up Paint

NGK-MS

LPK-MS

446-505

446-517

NGK-DXV

LPK-DXV

Conversion Kit NG

Conversion Kit LP

Pilot Orifice NG

Pilot Orifice LP

Regulator NG

Regulator LP

Additional service part numbers appear on following page.

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PIER-HVB-IPI, ST-HVB-IPI

Service Parts

Beginning Manufacturing Date: June 2003

Ending Manufacturing Date: ______

Valve Assembly Parts List

IPI Valve Assembly

IMPORTANT: THIS IS DATED INFORMATION. When requesting service or replacement parts

for your appliance please provide model number and serial number. All parts listed in this

manual may be ordered from an authorized dealer.

Stocked

at Depot

ITEM

DESCRIPTION

SERIAL #

PART NUMBER

Pilot Assembly NG

Pilot Assembly LP

385-510A

385-511A

385-512

Ground Strap

Pilot Support Arm

Pilot Bracket

385-120

2005-118

2005-114

2005-009

2005-120

302-320A

060-521A

750-500

Ember Box Assembly

Flexible Gas Connector

Valve Bracket

Flex Ball Valve Assembly

On/Off Switch Assembly

Valve NG

Valve LP

750-501

Module

593-592

Module Wire Assembly

Battery Pack

3V Adaptor Plug

593-590A

593-594A

593-593A

NOTE: Replacement bulbs to be supplied by homeowner. Recommended replacements: Sylvania Mini Candelabra 75 watts.

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Approvals and

Codes

Appliance Certification

High Altitude Installations

U.L. Listed gas appliances are tested and approved with-

out requiring changes for elevations from 0 to 2,000 feet in

the U. S. A. and in Canada.

The Heat & Glo fireplace models discussed in this Installers

Guide have been tested to certification standards and listed

by the applicable laboratories.

When installing this appliance at an elevation above 2,000

feet, it may be necessary to decrease the input rating by

changing the existing burner orifice to a smaller size. Input

rate should be reduced by 4% for each 1000 feet above a

2000 foot elevation in the U.S.A. or 10% for elevations

between 2000 and 4500 feet in Canada. If the heating value

of the gas has been reduced, these rules do not apply. To

identify the proper orifice size, check with the local gas

utility.

Certification

MODELS: PIER-HVB-IPI, ST-HVB-IPI,

LABORATORY: Underwriters Laboratories

TYPE: Vented Gas Fireplace Heater

STANDARD: ANSI Z21.88•CGA2.22•UL307B

Installation Codes

If installing this appliance at an elevation above 4,500 feet

(in Canada), check with local authorities.

The fireplace installation must conform to local codes. Before

installing the fireplace, consult the local building code

agency to ensure that you are in compliance with all

applicable codes, including permits and inspections.

In the absence of local codes, the fireplace installation must

conform to the National Fuel Gas CodeANSI Z223.1 (in the

United States) or the CAN/CGA-B149 Installation Codes

(in Canada). The appliance must be electrically grounded

in accordance with local codes or, in the absence of local

codes with the National Electric Code ANSI/NFPA No. 70

(in the United States), or to the CSAC22.1 Canadian Electric

Code (in Canada).

These models may be installed in a bedroom or bed-sitting

room in the U.S.A. and Canada.

Heat & Glo Quality Systems

registered by SGS ICS

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Inspection

NOTE: The following requirements reference various

Massachusetts and national codes not contained in

this document.

The state or local gas inspector of the side wall horizontally

vented gas fueled equipment shall not approve the installa-

tion unless, upon inspection, the inspector observes carbon

monoxide detectors and signage installed in accordance with

the provisions of 248 CMR 5.08(2)(a)1 through 4.

Requirements for the Commonwealth of

Massachusetts

Exemptions

The following equipment is exempt from 248 CMR 5.08(2)(a)1

through 4:

For all side wall horizontally vented gas fueled equipment

installed in every dwelling, building or structure used in

whole or in part for residential purposes, including those

owned or operated by the Commonwealth and where the

side wall exhaust vent termination is less than seven (7)

feet above finished grade in the area of the venting, includ-

ing but not limited to decks and porches, the following re-

quirements shall be satisfied:

•

The equipment listed in Chapter 10 entitled “Equipment

Not Required To Be Vented” in the most current edition

of NFPA 54 as adopted by the Board; and

•

Product Approved side wall horizontally vented gas fu-

eled equipment installed in a room or structure sepa-

rate from the dwelling, building or structure used in whole

or in part for residential purposes.

Installation of Carbon Monoxide Detectors

At the time of installation of the side wall horizontal vented

gas fueled equipment, the installing plumber or gasfitter

shall observe that a hard wired carbon monoxide detector

with an alarm and battery back-up is installed on the floor

level where the gas equipment is to be installed. In addi-

tion, the installing plumber or gasfitter shall observe that a

battery operated or hard wired carbon monoxide detector

with an alarm is installed on each additional level of the

dwelling, building or structure served by the side wall hori-

zontal vented gas fueled equipment. It shall be the respon-

sibility of the property owner to secure the services of qual-

ified licensed professionals for the installation of hard wired

carbon monoxide detectors.

MANUFACTURER REQUIREMENTS

Gas Equipment Venting System Provided

When the manufacturer of ProductApproved side wall hor-

izontally vented gas equipment provides a venting system

design or venting system components with the equipment,

the instructions provided by the manufacturer for installa-

tion of the equipment and the venting system shall include:

•

Detailed instructions for the installation of the venting

system design or the venting system components; and

•

A complete parts list for the venting system design or

venting system.

In the event that the side wall horizontally vented gas fu-

eled equipment is installed in a crawl space or an attic, the

hard wired carbon monoxide detector with alarm and bat-

tery back-up may be installed on the next adjacent floor

level.

In the event that the requirements of this subdivision can

not be met at the time of completion of installation, the

owner shall have a period of thirty (30) days to comply with

the above requirements; provided, however, that during said

thirty (30) day period, a battery operated carbon monoxide

detector with an alarm shall be installed.

Gas Equipment Venting System NOT Provided

When the manufacturer of a Product Approved side wall

horizontally vented gas fueled equipment does not provide

the parts for venting the flue gases, but identifies “special

venting systems”, the following requirements shall be sat-

isfied by the manufacturer:

•

The referenced “special venting system” instructions shall

be included with the appliance or equipment installation

instructions; and

Approved Carbon Monoxide Detectors

Each carbon monoxide detector as required in accordance

with the above provisions shall comply with NFPA720 and

be ANSI/UL 2034 listed and IAS certified.

•

The “special venting systems” shall be ProductApproved

by the Board, and the instructions for that system shall

include a parts list and detailed installation instructions.

A copy of all installation instructions for all Product Ap-

proved side wall horizontally vented gas fueled equipment,

all venting instructions, all parts lists for venting instruc-

tions, and/or all venting design instructions shall remain

with the appliance or equipment at the completion of the

installation.

Signage

A metal or plastic identification plate shall be permanently

mounted to the exterior of the building at a minimum height

of eight (8) feet above grade directly in line with the ex-

haust vent terminal for the horizontally vented gas fueled

heating appliance or equipment. The sign shall read, in

print size no less than one-half (1/2) inch in size, “GAS

VENT DIRECTLY BELOW. KEEP CLEAR OF ALL OB-

STRUCTIONS”.

See Gas Connection section for additional Common-

wealth of Massachusetts requirements.

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Getting Started

Introducing the Heat & Glo Gas Fireplaces

The Heat & Glo Warranty will be voided by, and Heat & Glo

disclaims any responsibility for, the following actions:

Heat & Glo direct vent gas fireplaces are designed to oper-

ate with all combustion air siphoned from outside of the

building and all exhaust gases expelled to the outside.

•

Installation of any damaged fireplace or vent system

component.

•

Modification of the fireplace or direct vent system.

Installation other than as instructed by Heat & Glo.

Improper positioning of the gas logs or the glass door.

The information contained in this Installers Guide, unless

noted otherwise, applies to all models and gas control

systems. Gas fireplace diagrams, including the dimensions,

are shown in this section.

Installation and/or use of any component part not manu-

factured and approved by Heat & Glo, not withstanding

any independent testing laboratory or other party approval

of such component part or accessory.

Pre-install Preparation

This gas fireplace and its components are tested and safe

when installed in accordance with this Installers Guide.

Report to your dealer any parts damaged in shipment,

particularly the condition of the glass. Do not install any

unit with damaged, incomplete, or substitute parts.

ANY SUCH ACTION MAY POSSIBLY CAUSE A FIRE

HAZARD.

When planning a fireplace installation, it’s necessary

to determine:

The vent system components are shipped in separate pack-

ages. The gas logs are packaged separately and must be

field installed.

• Where the unit is to be installed.

• The vent system configuration to be used.

• Gas supply piping.

Read all of the instructions before starting the instal-

lation. Follow these instructions carefully during the

installation to ensure maximum safety and benefit.

Failure to follow these instructions will void the own-

er’s warranty and may present a fire hazard.

• Electrical wiring.

• Framing and finishing details.

• Whether optional accessories—devices such as a fan,

wall switch, or remote control—are desired.

If the fireplace is to be installed on carpeting or tile,

or on any combustible material other than wood

flooring, the fireplace should be installed on a metal

or wood panel that extends the full width and depth

of the fireplace.

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5-1/4

(133mm)

1/2

(13mm)

(2)

(306mm)

Ø8

(204mm)

42-5/8

(1082mm)

(305mm)

Ø8

(204mm)

ELECTRICAL

ACCESS

32-5/16

(820mm)

(533mm)

(1067mm)

GAS LINE

ACCESS

(533mm)

34-3/4

(882mm)

8-1/2

(216mm)

17-15/16

(455mm)

4-1/16

(102mm)

2-5/16

(58mm)

37-7/16

(950mm)

(610mm)

4-3/4

(121mm)

4-1/2

(114mm)

TOP VENT

COLLARS

TOP STANDOFFS

REAR VENT

COLLARS

SIDE GLASS

DOOR

GAS CONTROLS

& LABELS

GAS LINE

ACCESS

ELECTRICAL

ACCESS

Figure 1. Diagram of the PIER-HVB-IPI

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5-14

(133mm)

1/2

(13mm)

(4)

(306mm)

Ø8

(204mm)

Ø8

(204mm)

(305mm)

46-5/8

(1183mm)

(1067mm)

32-5/16

(820mm)

ELECTRICAL

ACCESS

4-1/2

(114mm)

34-3/4

(882mm)

(533mm)

GAS LINE

ACCESS

8-1/2

(216mm)

2-5/16

(58mm)

4-1/16

(102mm)

36-3/16

(919mm)

(610mm)

2-9/16

(64mm)

4-1/2

(114mm)

4-3/4

(121mm)

TOP VENT

COLLARS

TOP STANDOFFS

REAR VENT

COLLARS

GAS CONTROLS

& LABELS

SIDE GLASS

DOOR

GAS LINE

ACCESS

ELECTRICAL

ACCESS

Figure 2. Diagram of the ST-HVB-IPI

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Installing the Fireplace

Step 1. Locating the Fireplace

Note: This location diagram MUST be followed when in-

stalling a Pier-HVB with a Catalina shelf/marble package

since the fireplace is installed further from finished wall.

The diagram below shows space and clearance require-

ments for locating a fireplace within a room.

FINISHED

WALL

Note: Refer to Figure 4B for dimensions and appliance

locations if installing a Pier-HVB unit with a Catalina

shelf and/or marble package.

GLASS

PIER-HVB-IPI

TOP VIEW

45 -1/4 in.

(1149mm)

36"

GLASS

36"

34-1/2 in.

50-1/2 in.

7 in.

36"

GLASS

47-1/2 in.

ST-HVB-IPI

TOP VIEW

13/16 in.

45-1/4 in.

GLASS

36"

Marble sizes (inches):

Header .................................. 26 x 8

Side headers .................. 45-1/2 x 8

Legs................................ 33-1/2 x 7

Fireplace Locations/Dimensions with

Catalina Shelf/Marble Package ONLY

Figure 4B.

Figure 4A. Fireplace Dimensions and Locations

Note: Refer to the Catalina installation instruction

included with kit for assembly and installation.

Clearance Requirements

The top, back, and sides of the fireplace are defined by

stand-offs. The minimum clearance to a perpendicular wall

extending past the face of the fireplace is one inch (25 mm).

The metal ends of the fireplace may NOT be recessed into

combustible construction.

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Step 2. Framing the Fireplace

Minimum Clearances

from the Fireplace to Combustible Materials

Fireplace framing can be built before or after the fireplace is

set in place. Framing should be positioned to accommo-

date wall coverings and fireplace facing material. The dia-

gram below shows framing reference dimensions.

Inches

Glass Sides or Ends .......... 36 .................... 914

CAUTION: MEASURE FIREPLACE DIMENSIONS AND

VERIFY FRAMING METHODS AND WALL COVERING

DETAILS BEFORE FRAMING.

Floor ................................... 0 ....................... 0

Rear Vent...........................1/2 ..................... 13

Metal Sides or Ends ..........1/2 ..................... 13

Top ................................... 2 1/2 ................... 64

WARNING: FRAMING DIMENSIONS ASSUME

Ceiling* .............................. 31 .................... 787

USE OF 1/2 INCH THICK WALL COVERING

MATERIALS ON EXTERIOR OF FRAMING ONLYAND

NO SHEETROCK ON INTERIOR OF FRAMING.

* The clearance to the ceiling is measured from the top of

the unit, excluding the standoffs (see Figures 37 & 38).

The distance from the unit to combustible construction is to

be measured from the unit outer wrap surface to the com-

bustible construction, NOT from the screw heads that se-

cure the unit together.

Minimum Clearances

from the Vent Pipe to Combustible Materials

Inches

Vertical Sections. ............. 1 ................ 25

Horizontal Sections

Top ..................................... 3 ................ 75

Bottom ............................... 1 ................ 25

Sides ................................. 1 ................ 25

At Wall Firestops

Top .................................. 2 1/2 ............63.7

Bottom .............................. 1/2 ............... 13

Sides ................................. 1 ................ 25

For minimum clearances, see the direct vent termination

clearance diagrams on pages 31 and 32 in this manual.

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Shows center of 10” x 12” vent framing holes for top and rear venting. The

center of the hole is one inch (25.4mm) above the center of the horizontal

vent pipe.

Framing should be

constructed of 2 X 4

lumber or heavier.

PIER-HV-IPI

ST-HV-IPI

Model

PIER-HVB-IPI

ST-HVB-IPI

42-1/8

47-5/8

42-1/2

35-3/4

NOTE: DIMENSIONS SHOWN IN INCHES

Figure 5. Framing Dimensions

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DVP4

DVP6

DVP12

14-1/4

12-3/16

MAX.

MIN.

DVP12A

9-7/8

DVP24

45.0^O

10-1/4

DVP45

DVP36

11-1/4

7-1/4

1-1/4 TYP

DVP48

1/2 TYP

8-9/16

12-9/16

NOTE: PIPES OVERLAP 1-1/4 INCHES

AT EACH JOINT.

DVP90ST

Figure 6. DVP-Series Direct Vent Component Specifications (5-inch inner pipe / 8-inch outer pipe)

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Identifying Vent Components

Step 3. Installing the Vent System

The vent systems installed on this gas fireplace may in-

clude one, two, or three 90° elbow assemblies. The rela-

tionships of vertical rise to horizontal run in vent configura-

tions using 90° elbows MUST BE strictly adhered to. The

rise to run relationships are shown in the venting drawings

and tables. Refer to the diagrams on the next several pages.

A. Vent System Approvals

These models are approved to use DVP series direct vent

pipe components and terminations (see Figures 6 and 7).

Approved vent system components are labeled for identifi-

cation. This pipe is tested and listed as an approved com-

ponent of the fireplace. The pipe is tested to be run inside

an enclosed wall. There is no requirement for inspection

openings at each joint within the wall. There is no required

pitch for horizontal vent runs. NO OTHER VENTING SYS-

TEMS OR COMPONENTS MAY BE USED.

NOTE: Two 45° elbows may be used in place of one

90° elbow. Rise to run ratios in the vent system must

be followed if 45° elbows are used.

This model has a 45⁰elbow built into it. It may be posi-

tioned to vent either horizontal or vertical. Depending on the

installation, decide which direction the elbow should be fac-

ing. Remove the 8 screws from the corner cover plate. Po-

sition the 45⁰elbow as desired and replace the corner cov-

er plate with the 8 screws.

Detailed installation instructions are included with each vent

termination kit and should be used in conjunction with this

Installers Guide.

The flame and ember appearance may vary based on the

type of fuel burned and the venting configuration used.

STORM COLLAR

ROOF FLASHING

VERTICAL

TERMINATION

HORIZONTAL

TERMINATION

WALL FIRESTOP

PIPE LENGTH

Terminations Kits

90 DEGREE

ELBOW

CEILING

FIRESTOP

PVK-80

DVP-TV

DVP-TRAP

SERIES

DVP-TB1

(Required to have a minimum of 3

feet of vertical in the vent system)

DVP-TVHW

Figure 7. Vent System Components and Termination Kits

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STRAIGHT UP

VERTICAL VENTING

V (FT.)

BREAK

HERE

CAP

50' MAX. (15.2 M)

NOTE: On vertical venting

configurations you may

want to install the flue re-

strictor (385-128). See flue

restrictor installation in-

structions.

Figure 10. Flue Restrictor

- CHART -

3. Match the amount of

vertical in the system

with the chart to find the

appropriate position to

set the Flue Restrictor.

Vertical

Settings

1-1

1-2

2-2

2-3

3-3

4-3

4-4

4-5

15'

20'

25'

30'

35'

40'

50'

Figure 8

4. Center the Flue Restrictor on vent and secure in

place using two self-tapping screws (see Figure 11).

Flue Restrictor Instructions

1. Locate the Flue Restrictor which is in the manual

bag.

SETTINGS

FLUE

RESTRICTOR

Figure 11

STRAIGHT OUT

HORIZONTAL VENTING

Max. Run

24" (610 mm)

Figure 9

2. Break the Flue Restrictor into two pieces. Do this

by bending the part back and forth until it breaks

(see Figure 10).

Figure 12.

Heat & Glo • PIER-HVB-IPI, ST-HVB-IPI • 2006-901 Rev. C • 12/07

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NATURAL GAS - VENTING WITH ONE 90° ELBOW

V (FT.)

H (FT.)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

3' MAX. (914mm)

6' MAX. (1.83m)

9' MAX. (2.7m)

12' MAX. (3.6m)

15’ MAX. (4.5m)

18’ MAX. (5.5m)

6’ MIN. (1.83m)

V + H = 50’ MAX. (15.2m)(11.3m)

PROPANE - VENTING WITH ONE 90° ELBOW

V (FT.)

H (FT.)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

6’ MIN. (1.83m)

2' MAX. (610mm)

4' MAX. (1.22m)

6’ MAX. (1.83m)

8' MAX. (2.4m)

10' MAX. (3.0m)

12' MAX. (3.6m)

V + H = 50’ MAX. (15.2m)

Figure 13. Venting with One 90° Elbow

NATURAL GAS

PROPANE

VENTING WITH ONE 90° ELBOW

V (FT.)

H (FT.)

V (FT.)

H (FT.)

90⁰Elbow on top

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2.5’ MAX. (64mm)

3' MAX. (914mm)

6' MAX. (1.83m)

9' MAX. (2.7m)

12' MAX. (3.6m)

15’ MAX. (4.5m)

18’ MAX. (5.5m)

90⁰Elbow on top

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2’ MAX. (610mm)

2' MAX. (610mm)

4' MAX. (1.22m)

6’ MAX. (1.83m)

8' MAX. (2.4m)

10' MAX. (3.0m)

12' MAX. (3.6m)

6’ MIN. (1.83m)

V + H = 50’ MAX. (15.2m)

Figure 14. Venting with One 90° Elbow

Heat & Glo • PIER-HVB-IPI, ST-HVB-IPI • 2006-901 Rev. C • 12/07

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NATURAL GAS

VENTING WITH TWO 90° ELBOWS

V (FT.)

H + H (FT.)

90⁰Elbow on top

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2.5’ MAX. (64mm)

3' MAX. (914mm)

6' MAX. (1.83m)

9' MAX. (2.7m)

12' MAX. (3.6m)

15’ MAX. (4.5m)

18’ MAX. (5.5m)

6’ MIN. (1.83m)

V + H + H₁= 50’ MAX. (15.2m)

H + H₁= 18’ MAX. (5.5m)

PROPANE

VENTING WITH TWO 90° ELBOWS

V (FT.)

H + H (FT.)

90⁰Elbow on top

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2’ MAX. (610mm)

2' MAX. (610mm)

4' MAX. (1.22m)

6’ MAX. (1.83m)

8' MAX. (2.4m)

10' MAX. (3.0m)

12' MAX. (3.6m)

6’ MIN. (1.83m)

V + H + H¹= 50’ MAX. (15.2m)

H + H₁= 12’ MAX. (3.6m)

NATURAL GAS

VENTING WITH TWO 90° ELBOWS

V + V₁(FT.)

H (FT.)

90⁰Elbow on top

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2.5’ MAX. (64mm)

3' MAX. (914mm)

6' MAX. (1.83m)

9' MAX. (2.7m)

12' MAX. (3.6m)

15’ MAX. (4.5m)

18’ MAX. (5.5m)

6’ MIN. (1.83m)

V + V₁+ H = 50’ MAX. (15.2m)

PROPANE

VENTING WITH TWO 90° ELBOWS

V + V₁(FT.)

H (FT.)

90⁰Elbow on top

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

6’ MIN. (1.83m)

2’ MAX. (610mm)

2' MAX. (610mm)

4' MAX. (1.22m)

6’ MAX. (1.83m)

8' MAX. (2.4m)

10' MAX. (3.0m)

12' MAX. (3.6m)

V + V + H = 50’ MAX. (15.2m)

Figure 15. Venting with Two 90° Elbows

Heat & Glo • PIER-HVB-IPI, ST-HVB-IPI • 2006-901 Rev. C • 12/07

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NATURAL GAS

PROPANE

VENTING WITH TWO 90° ELBOWS

V (FT.)

H + H (FT.)

V (FT.)

H + H (FT.)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

6’ MIN. (1.83m)

3' MAX. (914mm)

6' MAX. (1.83m)

9' MAX. (2.7m)

12' MAX. (3.6m)

15’ MAX. (4.5m)

18’ MAX. (5.5m)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2' MAX. (610mm)

4' MAX. (1.22m)

6’ MAX. (1.83m)

8' MAX. (2.4m)

10' MAX. (3.0m)

12' MAX. (3.6m)

6’ MIN. (1.83m)

V + H + H₁= 50’ MAX. (15.2m)

V + H + H = 50’ MAX. (15.2m)

H + H¹= 12’ MAX. (3.6m)

H + H = 18’ MAX. (5.5m)

Figure 16.

Venting with Two 90° Elbows

NATURAL GAS

PROPANE

VENTING WITH TWO 90° ELBOWS

V (FT.)

H + H (FT.)

V (FT.)

H + H (FT.)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

6’ MIN. (1.83m)

3' MAX. (914mm)

6' MAX. (1.83m)

9' MAX. (2.7m)

12' MAX. (3.6m)

15’ MAX. (4.5m)

18’ MAX. (5.5m)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2' MAX. (610mm)

4' MAX. (1.22m)

6’ MAX. (1.83m)

8' MAX. (2.4m)

10' MAX. (3.0m)

12' MAX. (3.6m)

6’ MIN. (1.83m)

V + H + H₁= 50’ MAX. (15.2m)

V + H + H = 50’ MAX. (15.2m)

H + H = 18’ MAX. (5.5m)

H + H = 12’ MAX. (3.6m)

Figure 17. Venting with Two 90° Elbows

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NATURAL GAS

PROPANE

VENTING WITH THREE 90° ELBOWS

V + V (FT.)

H + H (FT.)

V + V (FT.)

H + H (FT.)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

3' MAX. (914mm)

6' MAX. (1.83m)

9' MAX. (2.7m)

12' MAX. (3.6m)

15’ MAX. (4.5m)

18’ MAX. (5.5m)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2' MAX. (610mm)

4' MAX. (1.22m)

6’ MAX. (1.83m)

8' MAX. (2.4m)

10' MAX. (3.0m)

12' MAX. (3.6m)

6’ MIN. (1.83m)

V+ V₁+ H + H₁= 50’ MAX. (15.2m)

H + H¹= 18’ MAX. (5.5m)

+ H + H = 50’ MAX. (15.2m)

H + H¹= 12’ MAX. (3.6m)

V+ V₁

NATURAL GAS

VENTING WITH THREE 90° ELBOWS

PROPANE

VENTING WITH THREE 90° ELBOWS

V + V (FT.)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

H + H + H (FT.)

3' MAX. (914mm)

6' MAX. (1.83m)

9' MAX. (2.7m)

12' MAX. (3.6m)

15’ MAX. (4.5m)

18’ MAX. (5.5m)

V + V (FT.)

H + H + H (FT.)

2' MAX. (610mm)

4' MAX. (1.22m)

6’ MAX. (1.83m)

8' MAX. (2.4m)

10' MAX. (3.0m)

12' MAX. (3.6m)

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

6’ MIN. (1.83m)

V+ V₁+ H + H₁+ H₂= 50’ MAX. (15.2m)

H + H¹= 18’ MAX. (5.5m)

V+ V₁+ H + H₁+ H₂= 50’ MAX. (15.2m)

H + H¹= 12’ MAX. (3.6m)

+ H₂

Figure 18. Venting with three 90° elbows

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NATURAL GAS

VENTING WITH THREE 90° ELBOWS

V + V (FT.)

H + H (FT.)

90⁰Elbow on top

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2.5’ MAX. (64mm)

3' MAX. (914mm)

6' MAX. (1.83m)

9' MAX. (2.7m)

12' MAX. (3.6m)

15’ MAX. (4.5m)

18’ MAX. (5.5m)

6’ MIN. (1.83m)

V+ V₁+ H + H₁= 50’ MAX. (15.2m)

H + H = 18’ MAX. (5.5m)

PROPANE

VENTING WITH THREE 90° ELBOWS

V + V (FT.)

H + H (FT.)

90⁰Elbow on top

1' MIN. (305mm)

2' MIN. (610mm)

3' MIN. (914mm)

4' MIN. (1.22m)

5’ MIN. (1.5m)

2’ MAX. (610mm)

2' MAX. (610mm)

4' MAX. (1.22m)

6’ MAX. (1.83m)

8' MAX. (2.4m)

10' MAX. (3.0m)

12' MAX. (3.6m)

6’ MIN. (1.83m)

+ H + H = 50’ MAX. (15.2m)

V+ V₁

H + H¹= 12’ MAX. (3.6m)

Figure 19. Venting with three 90° elbows

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B. Installing Vent Components

Venting Out Vertically

After determining which direction the 45^Oelbow will be used

follow venting instructions accordingly.

If the vertical vent component is over 4 feet, you may want

to install the flue restrictor (located in the bag containing

the install manual) to improve flame appearance. Center

the flue restrictor on the 5” flue being used, and with self

tapping screws secure the restrictor to the inside of the

firebox as shown in Figure 22.

•

This fireplace comes ready to vent vertically.

•

To vent off the unit horizontally, the elbow cover plate

must first be removed from the unit (see Figure 20).

•

The elbow can be removed from the unit by aligning the

seams of the elbow to the arrows on the surrounding

heat shield (see Figure 21).

•

Position the elbow in the vertical position. Snap in place

with the starting collar.

FLUE

RESTRICTOR

Replace the elbow cover plate aligning it with the elbow

and secure in place with the 8 screws.

Place the rope ring around the first section of pipe and

slide it up against the cover plate.

NOTE: The rope ring is needed for the heat manage-

ment and to prevent cold air infiltration.

ELBOW COVER PLATE

Figure 22

1. Attach the First Vent Component to the

Starting Collars

To attach the first vent component to the starting collars

of the fireplace:

• Slide the first vent section onto the unit and push in until

they snap lock in position.

Figure 20

HEAT

• Rotate this section to the desired position.

• Using the two tabs provided on the elbow cover plate,

secure the first section of venting to the fireplace with

two screws.

ARROWS

SHIELD

Refer to Cinch Pipe and Termination Cap installation

instructions.

If the installation is for a termination cap attached directly

to the fireplace, skip to the sections, Install Firestops and

Vent Termination.

ELBOW

SEAM

ELBOW

FRONT VIEW

TOP VIEW

Figure 21

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2. Continue Adding Vent Components

Note: Heat shields MUST overlap by a minimum of 1-1/2

in. (38mm). The heat shield is designed to be used on a

wall 4 in. to 7-1/4 in. (102mm to 184mm) thick. If wall

thickness is less than 4 in. (102mm) the existing heat

shields must be field trimmed. If wall thickness is greater

than 7-1/4 in. (184mm) a DVP-HSM-B will be required.

Refer to Cinch Pipe and Termination Cap installation in-

structions.

• Continue adding vent components, locking each succeed-

ing component into place.

• Ensure that each succeeding vent component is secure-

ly fitted and locked into the preceding component in the

vent system. Securing pipe sections with a maximum of

two screws is recommended.

HEAT

SHIELD

3 in. TOP

CLEARANCE

• 90° elbows may be installed and rotated to any point

around the preceding component’s vertical axis. If an el-

bow does not end up in a locked position with the pre-

ceding component, attach with a minimum of two (2)

sheet metal screws.

HEAT

SHIELD

3. Install Support Brackets

Refer to Cinch Pipe and Termination Cap installation in-

structions.

1 in. CLEARANCE

BOTTOM & SIDES

WALL

SHIELD

FIRESTOP

4. Install Firestops

WALL

For Horizontal Runs - Firestops are REQUIRED on both

sides of a combustible wall through which the vent passes.

For Vertical Runs - One ceiling firestop is REQUIRED at

the hole in each ceiling through which the vent passes.

NOTE: Model DVP-TRAP does not need an exterior

firestop on an exterior combustible wall. The firestop is

built into the cap.

To install firestops for vertical runs that pass through ceilings:

• Position a plumb bob directly over the center of the verti-

cal vent component.

To install firestops for horizontal runs that pass through either

interior or exterior walls:

• Mark the ceiling to establish the centerpoint of the vent.

• Drill a hole or drive a nail through this centerpoint.

• Cut a 10” x 12” (254mm X 305mm) hole through the wall.

NOTE: The center of the hole is one (1) inch (25.4mm)

above the center of the horizontal vent pipe.

• Check the floor above for any obstructions, such as wir-

ing or plumbing runs.

• Position the firestops on both sides of the hole previ-

ously cut and secure the firestops with nails or screws.

• Reposition the fireplace and vent system, if necessary,

to accommodate the ceiling joists and/or obstructions.

• The heat shields of the firestops MUST BE placed to-

wards the top of the hole.

• Cut an 10-inch X 10-inch (254mm x 254mm) hole through

the ceiling, using the centerpoint previously marked.

• Continue the vent run through the firestops.

• Frame the hole with framing lumber the same size as the

ceiling joists.

NOTE: There must be NO INSULATION or other

combustibles inside the framed firestop opening.

10" (254mm)

10"

INTERIOR

WALL SHIELD

CHIMNEY

HOLE

12"

EXISTING CEILING

JOISTS

NEW

FRAMING

MEMBERS

CEILING

Figure 23. 10" x 12" Hole and Vent Pipe

Figure 25 Hole & New Framing Members

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If the area above the ceiling is NOT an attic, position and

secure the ceiling firestop on the ceiling side of the previously

cut and framed hole.

C. Vent Termination

For Horizontal Terminations - To attach and secure the

termination to the last section of horizontal vent refer to the

Cinch Pipe and Termination Cap installation instructions.

• Push on and snap lock as described at the beginning of

the Installing Vent Components section.

• The termination kit should pass through the wall firestops

from the exterior of the building.

JOIST

• Adjust the termination cap to its final exterior position on

the building and interlock the flue sections.

WARNING: THE TERMINATION CAP MUST BE

POSITIONED SO THAT THE ARROW IS

POINTING UP.

CEILING

For trapezoidal cap termination kits:

NAILS (4 REQUIRED)

CEILING FIRESTOP

• Using screws secure the cap to the exterior wall through

the flanges in the cap.

Figure 26. Ceiling Firestop (Ceiling Side)

WARNING: VENTING TERMINALS SHALL

NOT BE RECESSED INTO AWALL OR SID-

If the area above the ceiling IS an attic, position and secure

the firestop on top of the previously framed hole.

NOTE: Keep insulation away from the vent pipe at least 1

inch (25mm).

ING. VENT TERMINATION CLEARANCES MUST

BE FOLLOWED TO AVOID FIRE DANGER. SEE

VENT TERMINATION MINIMUM CLEARANCES DI-

AGRAM ON FOLLOWING PAGE.

NOTE: There must be NO INSULATION or other

combustibles inside the framed firestop opening.

NAILS (4 REQUIRED)

RAFTER

7 1/4"

(184mm)

Figure 28. Trapezoid Termination Cap

CEILING

CEILING FIRESTOP

Figure 27. Attic Firestop

Heat & Glo • PIER-HVB-IPI, ST-HVB-IPI • 2006-901 Rev. C • 12/07

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(See Note 2)

U.S.

(3 FT)

Electrical

Service

J or K

= VENT TERMINAL

=AIR SUPPLY INLET

= AREA WHERE TERMINAL IS NOT PERMITTED

= 12" ....................... clearances above grade, veran-

= 3 ft. (U.S.A.)

(See Note 1)

da, porch, deck or balcony

6 ft. (Canada) ......... clearance to a mechanical

air supply inlet

= 12" ....................... clearances to window or door

that may be opened, or to per-

L** = 7 ft. ......................... clearance above paved

(See Note 1)

sidewalk or a paved driveway

located on public property

manently closed window.

= 18" ....................... vertical clearance to unventilat-

ed soffit or to ventilated soffit lo-

M*** = 18" ......................... clearance under veranda,

porch, deck, balcony or over-

hang

cated above the terminal

*36” ...................... for vinyl clad soffits and below

electrical service

36” ......................... vinyl

= 6” ........................... non-vinyl sidewalls

12” ......................... vinyl sidewalls

9" ........................ clearance to outside corner

= 6" ......................... clearance to inside corner

= 8 ft.

= 3 ft. (Canada) ...... not to be installed above a gas

meter/regulator assembly within

_{______________________________}Q_{___}_M_{_}_I_{_}_N_{___________________________________}

_{_____}1_{___}c_{__}a_{_}p_{__________________}3_{___}f_{_}e_{_}e_{__}t_{_________________}2_{__}x_{__}Q_{____}_A_{_}_C_{_}_T_{_}_U_{_}_A_{_}_L_{____}

_{______}2_{__}c_{__}a_{_}p_{__}s_{________________}6_{___}f_{_}e_{_}e_{__}t_{_________________}1_{__}x_{__}Q_{____}_A_{_}_C_{_}_T_{_}_U_{_}_A_{_}_L_{____}

_{______}3_{__}c_{__}a_{_}p_{__}s_{_________________}9_{__}f_{_}e_{_}e_{__}t_{_______________}2_{_}/_{_}3_{__}x_{___}Q_{___}_A_{_}_C_{_}_T_{_}_U_{_}_A_{__}_L_{___}

4 caps 12 feet 1/2 x Q _ACTUAL

R_MAX

3 feet (90cm) horizontally from the

center-line of the regulator

= 3 ft. ....................... clearance to gas service regu-

lator vent outlet

= 9" (U.S.A.)

Q_MIN= # termination caps x 3

R_MAX= (2 / # termination caps) x Q_ACTUAL

12" (Canada) ........ clearance to non-mechanical air

supply inlet to building or the

combustion air inlet to any other

appliance

S = 6" .......................... clearance from sides of elec-

(See Note 5)

trical service

= 12" ......................... clearance above electrical

(See Note 5)

service

** a vent shall not terminate directly above a sidewalk or paved

driveway which is located between two single family dwellings

and serves both dwellings.

NOTE 3: Local codes or regulations may require different

clearances.

NOTE 4: Termination caps may be hot. Consider their proximity to

*** only permitted if veranda, porch, deck or balcony is fully open on

a minimum of 2 sides beneath the floor, or meets Note 2.

doors or other traffic areas.

NOTE 5: Location of the vent termination must not interfere with

access to the electrical service.

NOTE 1: On private property where termination is less than 7 feet

above a sidewalk, driveway, deck, porch, veranda or balcony, use of

a listed cap shield is suggested.

WARNING: In the U.S: Vent system termination is NOT permitted

in screened porches. You must follow side wall, overhang and

ground clearances as stated in the instructions.

NOTE 2: Termination in an alcove space (spaces open only on one side

and with an overhang) are permitted with the dimensions specified for

vinyl or non-vinyl siding and soffits. 1. There must be 3 feet minimum

between termination caps. 2. All mechanical air intakes within 10 feet

of a termination cap must be a minimum of 3 feet below the termination

cap. 3. All gravity air intakes within 3 feet of a termination cap must be

a minimum of 1 foot below the termination cap.

In Canada: Vent system termination is NOT permitted in screened

porches. Vent system termination is permitted in porch areas

with two or more sides open. You must follow all side walls,

overhang and ground clearances as stated in the instructions.

Heat & Glo assumes no responsibility for the improper perfor-

mance of the fireplace when the venting system does not meet

these requirements.

Figure 29. Vent Termination Minimum Clearances

CAUTION: IF EXTERIOR WALLS ARE FINISHED WITH VINYL SIDING, IT IS SUGGESTED THAT A VINYL PROTECTOR KIT BE

INSTALLED.

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To seal the roof hole, and to divert rain and snow from the

vent system:

For Vertical Terminations - To locate the vent and install

the vent sections:

• Locate and mark the vent centerpoint on the underside

of the roof, and drive a nail through the centerpoint.

• Attach a flashing to the roof using nails, and use a non-

hardening mastic around the edges of the flashing base

where it meets the roof.

• Make the outline of the roof hole around the centerpoint

nail.

• Attach a storm collar over the flashing joint to form a

water-tight seal. Place non-hardening mastic around the

joint, between the storm collar and the vertical pipe.

• The size of the roof hole framing dimensions depend on the

pitch of the roof. There MUST BE a 1-inch (25.4mm) clear-

ance from the vertical vent pipe to combustible materials.

• Slide the termination cap over the end of the vent pipe

and snap into place.

• Mark the roof hole accordingly.

HORIZONTAL

OVERHANG

• Cover the opening of the installed vent pipes.

• Cut and frame the roof hole.

2 FT.

MIN.

20 INCH MIN.

VERTICAL

WALL

• Use framing lumber the same size as the roof rafters

and install the frame securely. Flashing anchored to the

frame must withstand heavy winds.

LOWEST

DISCHARGE

OPENING

TERMINATION

CAP

• Continue to install concentric vent sections up through

the roof hole (for inside vent installations) or up past the

roof line until you reach the appropriate distance above

the roof (for outside terminations).

ROOF PITCH

IS X/ 12

H (MIN.) - MINIMUM HEIGHT FROM ROOF

TO LOWEST DISCHARGE OPENING

WARNING: MAJOR U.S. BUILDING CODES

SPECIFY MINIMUM CHIMNEY AND/OR

VENT HEIGHTABOVE THE ROOF TOP. THESE MIN-

IMUM HEIGHTS ARE NECESSARY IN THE INTER-

EST OF SAFETY. SEE THE FOLLOWING DIAGRAM

FOR MINIMUM HEIGHTS, PROVIDED THE TERMI-

NATION CAPISAT LEAST 20 INCHES FROMAVER-

TICAL WALLAND 2-FEET BELOWAHORIZONTAL

OVERHANG.

Roof Pitch

H (min.) ft.

flat to 6/12

1.0

1.25

1.5

2.0

2.5

3.25

4.0

5.0

6.0

7.0

7.5

8.0

over 6/12 to 7/12

over 7/12 to 8/12

over 8/12 to 9/12

NOTE: This also pertains to vertical vent systems in-

stalled on the outside of the building.

over 9/12 to 10/12

over 10/12 to 11/12

over 11/12 to 12/12

over 12/12 to 14/12

over 14/12 to 16/12

over 16/12 to 18/12

over 18/12 to 20/12

over 20/12 to 21/12

Figure 30. Minimum Height from Roof to

Lowest Discharge Opening

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Step 4. Positioning, Leveling, and Securing

the Fireplace

Step 5. The Gas Control System

WARNING: THIS UNIT IS NOT FOR USE WITH

The diagram below shows how to properly position, level,

and secure the fireplace.

SOLID FUEL.

FLAME

SENSOR

IPI PILOT

ROD

NAILING

TABS

(BOTH SIDES)

Figure 32. Gas Control System

Intermittent Pilot Ignition (IPI) System

This system includes a 3V control valve, electronic module

and intermittent pilot.

WARNING: CONTINUOUS 110-120 VAC

SERVICE MUST BE WIRED DIRECTLY TO

THE FIREPLACE JUNCTION BOX IN A IPI SYSTEM.

Figure 31. Proper Positioning, Leveling, and

Securing of a Fireplace

• Place the fireplace into position.

• Level the fireplace from side to side and from front to

back.

• Shim the fireplace with non-combustible material, such

as sheet metal, as necessary.

• Secure the fireplace to the framing by nailing or screwing.

• Holes are provided in the base pan for securing the unit

to the floor.

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Step 6. The Gas Supply Line

NOTE: Have the gas supply line installed in accordance

with local building codes by a qualified installer

approved and/or licensed as required by the locality.

(In the Commonwealth of Massachusetts installation

must be performed by a licensed plumber or gas

fitter).

USE A WRENCH ON

SHUT-OFF VALVE

WHEN TIGHTENING

GAS LINE.

NOTE: Before the first firing of the fireplace, the gas

supply line should be purged of any trapped air.

MANUAL

SHUT-OFF

VALVE

NOTE: Consult local building codes to properly size

the gas supply line leading to the 1/2 inch

(13 mm) hook-up at the unit.

FLEX CONNECTOR

GAS VALVE

This gas fireplace is designed to accept a 1/2 inch

(13 mm) gas supply line. To install the gas supply line:

GAS LINE

ACCESS

CONTROL VALVE

• A listed (and Commonwealth of Massachusetts approved)

1/2 inch (13mm) tee-handle manual shut-off valve and a

listed flexible gas connector are connected to the 1/2

inch (13mm) inlet of the control valve. NOTE: If substi-

tuting for these components, please consult local codes

for compliance.

Figure 33. Gas Supply Line

• Locate the gas line access hole in the outer casing of

the fireplace.

Step 7. Gas Pressure Requirements

• The gas line may be run from either side of the fireplace

provided the hole in the outer wrap does not exceed 2” in

diameter and it does not penetrate the actual firebox.

Pressure requirements for Heat & Glo gas fireplaces

are shown in the table below.

• Open the fireplace lower grille, insert the gas supply line

through the gas line hole, and connect it to the shut-off

valve.

Pressure

Natural Gas

Propane

Minimum

Inlet Pressure

5.0 inches

w.c.

11.0 inches

w.c.

• When attaching the pipe, support the control so that the

lines are not bent or torn.

Maximum Inlet

Gas Pressure

14.0 inches

w.c.

14.0 inches

w.c.

• After the gas line installation is complete, all connec-

tions must be tightened and checked for leaks with a

commercially-available, non-corrosive leak check solu-

tion. Be sure to rinse off all leak check solution following

testing.

Manifold

Pressure

3.5 inches

w.c.

10.0 inches

w.c.

A one-eighth (1/8) inch (3 mm) N.P.T. plugged tapping is

provided on the inlet and outlet side of the gas control for a

test gauge connection to measure the manifold pressure.

WARNING: DO NOT USE AN OPEN FLAME

TO CHECK FOR GAS LEAKS.

The fireplace and its individual shut-off valve must be

disconnected from the gas supply piping system during

any pressure testing of the system at test pressures in

excess of one-half (1/2) psig (3.5 kPa).

• Insert insulation from the outside of the fireplace and

pack the insulation tightly to totally seal between the

pipe and the outer casing.

The fireplace must be isolated from the gas supply piping

system by closing its individual shut-off valve during any

pressure testing of the gas supply piping system at test

pressures equal to or less than one-half (1/2) psig (3.5 kPa).

• At the gas line access hole the gap between the supply

piping and gas access hole can be plugged with non-

combustible insulation to prevent cold air infiltration.

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BULB SOCKET

ASSEMBLY (3)

IGNITION MODULE 3 VAC

INTERMITTENT

PILOT IGNITOR

PLUG-IN

3V TRANSFORMER

ON/OFF

WALL SWITCH

FLAME SPARKER/

SENSOR

IGNITION

MODULE

(3V)

WHT

ORG

BLK

WHT

GROUND TO

FIREPLACE

CHASSIS

LOW VOLTAGE

SEE NOTE 1

VALVE

REMOTE

CONTROL

GROUND

NEUTRAL

HOT

SCALE 1/1

TERMINAL BLOCK

ELECTRONIC EMBERS

FLAME ON/OFF

Note: An alternate electronic ember

switch can be installed on the wall

by connecting a minimum 18 gage

Romex™ to the leads supplied on

the back of the electric ember

switch.

3 VAC

TRANSFORMER

WHITE WIRE

CAN BE

BLACK WIRE CAN BE

VALVE

PLUGGED INTO ANY OF

#1 - #5 LOCATIONS

ON THE HOT SIDE

PLUGGED

INTO ANY

OF #1 - #5

LOCATIONS

ON THE

NEUTRAL

SIDE

PLUG IN

Figure 34. Intermittent Pilot Ignition

(IPI) Wiring Diagram

Step 8. Wiring the Fireplace

NOTE: Electrical wiring must be installed by a licensed

electrician.

Operation using Battery Power

This fireplace has an optional battery operation. The sys-

tem is fully functional with the use of two “D” size batteries

without ordinary 110-120 VAC power.

CAUTION: DISCONNECT REMOTE CONTROLS IF AB-

SENT FOR EXTENDED TIME PERIODS. THIS WILL PRE-

VENT ACCIDENTAL FIREPLACE OPERATION.

Wiring to the battery pack should be left disconnected in

order to conserve battery life. In the case of a loss of power,

simply connect red and black wire leads to activate battery

power (connect red to red, black to black). The fireplace can

be used as necessary. Once power (110 VAC) is restored,

disconnect red and black wire leads to extend battery life.

For Intermittent Pilot Ignition Wiring

Appliance Requirements

This appliance requires that 110-120 VAC be wired to the

junction box. Maintain correct polarity when wiring the junc-

tion box.

WARNING

Wire 110V to electrical junction box.

Do NOT wire 110V to valve.

Do NOT wire 110V to wall switch.

• Incorrect wiring will damage millivolt valves.

• Uninterrupted or continuous power is required at all times

in IPI system EXCEPT when using battery back-up.

• Incorrect wiring will override IPI safety lockout and may

cause explosion.

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NOTE: If any of the original wire as supplied with

the appliance must be replaced, it must be replaced

with the type 105^oC rated wire.

TEMPERATURE

SENSOR SWITCH

FAN

JUNCTION

BOX

SPEED CONTROL

(RHEOSTAT)

DETAIL A

SCALE 1/1

SEE DETAIL A

Figure 35. Fan Wiring Diagram

Optional Accessories

Wall Switch

Position the wall switch in the desired position on a wall.

Run a maximum of 25 feet (7.8 m) or less length of 18A.W.G.

minimum wire and connect it to the fireplace ON/OFF switch

pigtails.

Optional fan and remote control kits require that 110-120

VAC be wired to the factory installed junction box before

the fireplace is permanently installed.

CAUTION: LABEL ALL WIRES PRIOR TO DISCONNEC-

TION WHEN SERVICING CONTROLS. WIRING ERRORS

CAN CAUSE IMPROPERAND DANGEROUS OPERATION.

VERIFY PROPER OPERATION AFTER SERVICING.

Fan Installation

Recommended fan locations for the type of fireplace you

have (see Figure 36).

FAN

Figure 36. ST & PIER fan location

ST & Pier fan location

It is recommended to position the fan on the same side of

the fireplace as the vent collars are on. This will provide the

best air flow (see Figure 36).

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Wall Switch Installation for Fan (Optional)

Use to manually control fan with wall switch.

If the box is being wired to a wall mounted switch for use

with a fan (See Figure 37):

•

The power supply for the appliance must be brought into

a switch box.

The power can then be supplied from the switch box to

the appliance using a minimum of 14-3 with ground wire.

At the switch box connect the black (hot) wire and red

(switch leg) wire to the wall switch as shown.

At the appliance connect the black (hot), white (neutral)

and green (ground) wires to the junction box as shown.

Add a 1/4 inch insulated female connector to the red

(switch leg) wire, route it through the knockout in the

face of the junction box, and connect to the top fan switch

connector (1/4 inch male) as shown.

SWITCH

MINIMUM 14-3 AWG

WITH GROUND

Red

Black

White

Green

Black

White

Green

JUNCTION BOX

POWER

SUPPLY WIRES

SWITCH BOX

Red

Figure 37. Junction Box Wired to Wall Switch

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CAUTION: IF JOINTS BETWEEN THE FIN-

ISHED WALLS AND THE FIREPLACE SUR-

ROUND (TOP AND SIDES) ARE SEALED, A

300° F. MINIMUM SEALANT MATERIAL

MUST BE USED. THESE JOINTS ARE NOT

REQUIRED TO BE SEALED. ONLY NON-

COMBUSTIBLE MATERIAL (USING 300° F.

MINIMUM ADHESIVE, IF NEEDED) CAN BE

APPLIED AS FACING TO THE FIREPLACE

SURROUND. SEE THE DIAGRAM BELOW.

Step 9. Finishing

Figures 38 and 39 show the minimum vertical and corresponding

maximum horizontal dimensions of fireplace mantels or other

combustible projections above the top front edge of the fireplace. See

Figures 4 and 5 for other fireplace clearances. Only non-combustible

materials may be used to cover the black fireplace front.

WARNING: WHEN FINISHING THE FIREPLACE, NEVER

OBSTRUCT OR MODIFY THE AIR INLET/OUTLET GRILLES

IN ANY MANNER.

NOTE: Sheetrock or other combustible

material such as wood can be placed on

the top edge and sides of the fireplace.

12”

MANTEL

11”

ST-HVB-IPI

TOP EDGE

10”

9”

8”

7”

6”

SIDE EDGE

5”

Mantel dimensions shown are

for standard hood on model:

PIER-HVB-IPI

4”

16”

3”

15”

14”

13”

2”

5”

12”

11”

1”

10”

9”

8”

0” GAP

PIER-HVB-IPI and L&RCOR-HVB-IPI

TOP EDGE

7”

To use mantel dimensions

shown the fireplace must have

the standard hood replaced

with a larger hood (060-143)

on model: ST-HVB-IPI.

6”

HOOD

NOTE: 12” mantel

at 16” above hood.

SIDE EDGE

Minimum Vertical and Maximum Horizontal

Dimensions of Combustibles above Fireplace

Figure 38.

12”

MANTEL

0” GAP

11”

10”

Figure 40. Sealant Material

9”

8”

Mantel dimensions shown are

for standard hood on model:

ST-HVB-IPI

Hearth Extensions

7”

6”

A hearth extension may be desirable for

aesthetic reasons. However,ANSI or CAN/CGA

testing standards do not require hearth

extensions for gas fireplace appliances.

5”

4”

3”

2”

1”

23”

22”

21”

20”

19”

18”

17”

16”

15”

14”

13”

12”

HOOD CLIP

HOOD

NOTE: 12” mantel at

23” above hood.

Minimum Vertical and Maximum Horizontal

Dimensions of Combustibles above Fireplace

Figure 39.

Figure 41. Hood Clip

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Step 10. Installing Trim, Logs & Ember Material

Installing the Trim

Combustible materials may be brought up to the specified

clearances on the side and top front edges of the fireplace,

but MUST NEVER overlap onto the front face. The joints

between the finished wall and the fireplace top and sides

can only be sealed with a 300° F. (149° C) minimum sealant.

Glass Specifications

Model

Type

PIER-HVB-IPI

ST-HVB-IPI

TEMPERED

WARNING: WHEN FINISHING THE FIREPLACE,

NEVER OBSTRUCT OR MODIFY THE AIR INLET/

OUTLET GRILLES IN ANY MANNER.

Heat & Glo fireplaces manufactured with tempered glass

may be installed in hazardous locations such as bathtub

enclosures as defined by the CPSC. The tempered glass

has been tested and certified to the requirements of ANSI

Z97.1-1984 and CPSC 16 CFR 1202. (Safety Glazing Certi-

fication Council SGCC # 1595 and 1597. Architectural Test-

ing, Inc. Reports 02-31919.01 and 02-31917.01.)

Install optional marble and brass trim surround kits as

desired. Marble, brass, brick, tile, or other non-combustible

materials can be used to cover up the gap between

combustible material (sheetrock or wood) and the fireplace.

Do not obstruct or modify the air inlet/outlet grilles. When

overlapping on both sides, leave enough space so that the

bottom grille can be lowered and the trim door removed.

This statement is in compliance with CPSC 16 CFR Sec-

tion 1201.5 “Certification and labeling requirements” which

refers to 15 USC 2063 stating “…Such certificate shall ac-

company the product or shall otherwise be furnished to any

distributor or retailer to whom the product is delivered.”

Positioning the Logs

If the gas logs have been factory installed they should not

need to be positioned. If the logs have been packaged

separately, refer to the instructions that accompany the

logs. Save the log instructions with this manual.

Some local building codes require the use of tempered glass

with permanent marking in such locations. Glass meeting

this requirement is available from the factory. Please con-

tact your dealer or distributor to order.

If sooting occurs, the logs might need to be repositioned

slightly to avoid excessive flame impingement.

Shutter Settings

___________________________________________

PIER-HVB-IPI

3/8”

FULL OPEN

___________________________________________

ST-HVB-IPI

3/8”

FULL OPEN

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Placing the Ember Material

Optional Ember Light Kit (Emberkit-MS)

Ember Light Bulb Replacement

Ember material is shipped with this gas fireplace. The bag

labeled Glowing Ember (050-721) is standard glowing em-

ber material.

In the lower gas valve compartment you will find three ac-

cess panels for the three light bulbs (see Figure 43).

To place the ember material:

ACCESS PANEL

•

Remove the wing nuts and glass clips or tension springs

around the glass door.

•

Remove the glass door from the unit.

Remove the grate and log set by removing the screws.

Place dime size pieces of ember material about 1/2 inch

apart near port holes in burner top. Do NOT press em-

bers into burner ports. Cover the top of the burner with a

single layer of ember material.

•

Save the remaining ember materials for use during fire-

place servicing. The bag of embers provided is sufficient

for 3 to 5 applications.

Figure 43.

Using a 5/16” nut driver remove the two bolts (see

Figure 44).

Replace the glass door and a front trim door on the unit.

ACCESS PANEL

Figure 44.

Figure 42. Placement of the Ember Material

Pull the access panel to expose the light bulb. Wearing

clean cotton gloves replace the bulb. Any skin oils which

get on a new bulb will greatly shorten the life of the bulb.

The bulb can be cleaned with isopropyl alcohol (see Figure 45).

Figure 45.

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A small amount of air will be in the gas supply lines. When

first lighting the fireplace, it will take a few minutes for the

lines to purge themselves of this air. Once the purging is

complete, the fireplace will light and will operate normally.

Step 11. Before Lighting the Fireplace

Before lighting the fireplace, be sure to do the following:

• Remove the rubber bands from the log set (see Figure

46).

Subsequent lightings of the fireplace will not require this

purging of air from the gas supply lines, unless the gas

valve has been turned to the OFF position, in which

case the air would have to be purged.

RUBBER

BANDS

NOTE: The fireplace should be run 3 to 4 hours on the

initial start-up. Turn it off and let it cool completely. Remove

and clean the glass. Replace the glass and run the fireplace

for an additional 8 hours. This will help to cure the products

used in the paint and logs.

During this break-in period it is recommended that some

windows in the house be opened for air circulation. This will

help avoid setting off smoke detectors, and help eliminate

any odors associated with the fireplace’s initial burning.

FOAM

PADS

Figure 46.

• Remove the two foam pads which support the log set

and grate and allow the log set and grate to rest on the

base pan.

Step 12. Lighting the Fireplace

You’ve reviewed all safety warnings, you’ve checked the

fireplace for gas leaks, you know the vent system is

unobstructed, and you’ve checked for faulty components.

Now you’re ready to light the fireplace.

• Install the Lava Rock (supplied) to the firebox base pan

being careful not to cover the burner with the Lava Rock.

Remove all paperwork from underneath the fireplace.

Review safety warnings and cautions

WARNING: PLEASE REFER TO THE USER’S

MANUAL FORALL CAUTIONS, SAFETY, AND

WARNING INFORMATION PERTAINING TO THE

LIGHTING AND OPERATION OF THE FIREPLACE.

• Read the Safety and Warning Information section at

the beginning of this Installers Guide.

Double-check for gas leaks

•

Before lighting the fireplace, double-check the unit for

possible gas leaks.

After the Installation

Double-check vent terminations and front grilles for

obstructions.

LEAVE THIS INSTALLATION MANUAL WITH

THE APPLIANCE FOR FUTURE REFERENCE.

• Before lighting the fireplace, double-check the unit for

possible obstructions that could be blocking the vent ter-

minations or the front grilles.

Double-check for faulty components

• Any component that is found to be faulty MUST BE re-

placed with an approved component. Tampering with the

fireplace components is DANGEROUS and voids all war-

ranties.

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Maintaining and Servicing Your Fireplace

Fireplace Maintenance

Although the frequency of your fireplace servicing and main-

tenance will depend on use and the type of installation, you

should have a qualified service technician perform an appli-

ance check-up at the beginning of each heating season.

See the table below for specific guidelines regarding each

fireplace maintenance task.

IMPORTANT: TURN OFF THE GAS BEFORE SERVICING

YOUR FIREPLACE.

Replacing old ember material

Frequency: Once annually, during the checkup.

By: Qualified service technician.

MAKE SURE THE FLAMES

ARE STEADY—NOT

LIFTING OR FLOATING.

Task: Brush away loose ember material near the burner.

Replace old ember material with new dime-size and shape

pieces of Golden Ember (GE-93) and Glowing Ember (050-

721). New ember material should be placed alternately on

top of the burner - a layer of Golden Ember, a layer of

Glowing Ember, and so on. Save the remaining ember

material and repeat this procedure at your next servicing.

For more information, see Placing Ember Material.

Figure 47. Burner Flame Patterns

Checking Vent System

Frequency: Before initial use and at least annually

thereafter, more frequently if possible.

Cleaning Burner and Controls

Frequency: Once annually.

By: Qualified service technician.

Task: Brush or vacuum the control compartment, fireplace

logs and burner areas surrounding the logs.

By: Qualified service technician/Home owner.

Task: Inspect the external vent cap on a regular basis to

ensure that no debris is interfering with the flow of air. Inspect

entire vent system for proper function.

Cleaning Glass Door

Frequency: After the first 3 to 4 hours of use. As neces-

sary after initial cleaning.

Cleaning Flame Sensor Rod (IPI Systems)

Frequency: Periodically.

By: Qualified service technician.

By: Home owner.

Task: Remove and clean glass after the first 3 to 4 hours of

use. After the initial cleaning, clean as necessary, particu-

larly after adding new ember (flame colorant) material. Film

deposits on the inside of the glass door should be cleaned

off using a household glass cleaner. NOTE: DO NOT handle

or attempt to clean the door when it is hot and DO

NOT use abrasive cleaners.

Task: Make a visual check of the straight flame sensor rod.

Use emery cloth to carefully remove any existing white film

or deposits.

Checking Flame Patterns, Flame Height

Frequency: Periodically.

By: Qualified service technician/Home owner.

Task: Make a visual check of your fireplace’s flame patterns.

Make sure the flames are steady - not lifting or floating.

See Figure 47. The flame sensor (IPI) tips should be covered

with flame. See Figure 32.

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Contact Information

Heat & Glo, a brand of Hearth & Home Technologies Inc.

20802 Kensington Boulevard, Lakeville, MN 55044

www.heatnglo.com

Please contact your Heat & Glo dealer with any questions or concerns.

For the location of your nearest Heat & Glo dealer,

please visit www.heatnglo.com.

- NOTES -

_______________________________________________________________________________

CAUTION

DO NOT DISCARD THIS MANUAL

Important operating and

maintenance instruc-

tions included.

Read, understand and

follow these instructions

for safe installation and

operation.

•

Leave this manual with

party responsible for use

and operation.

•

This product may be covered by one or more of the following patents: (United States) 4593510, 4686807, 4766876, 4793322, 4811534, 5000162,

5016609, 5076254, 5113843, 5191877, 5218953, 5263471, 5328356, 5341794, 5347983, 5429495, 5452708, 5542407, 5601073, 5613487, 5647340,

5688568, 5762062, 5775408, 5890485, 5931661, 5941237, 5947112, 5996575, 6006743, 6019099, 6048195, 6053165, 6145502, 6170481, 6237588,

6296474, 6374822, 6413079, 6439226, 6484712, 6543698, 6550687, 6601579, 6672860, 6688302B2, 6715724B2, 6729551, 6736133, 6748940,

6748942, 6769426, 6774802, 6796302, 6840261, 6848441, 6863064, 6866205, 6869278, 6875012, 6880275, 6908039, 6919884, D320652, D445174,

D462436; (Canada) 1297749, 2195264, 2225408, 2313972; (Australia) 780250, 780403, 1418504 or other U.S. and foreign patents pending.

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