REGENCY CB60E Gas Fireplace

Product Specifications:

• Model: City Series CB60E Gas Fireplace
• Model Variants: CB60E-NG1, CB60E-LP1
• Fuel Type: Natural Gas (NG), Propane (LP)
• Minimum Supply Pressure:
  • Manifold Pressure – High: 5 W.C. (1.25 kPa)
  • Manifold Pressure – Low: 3.8 W.C. (0.94 kPa)
• Orifice Size -Altitude 0-4500 ft: #32 DMS for NG, #50 DMS for LP
• Minimum Input Altitude: 0-4500 ft. (0-1372m)
• Maximum Input Altitude: 0-4500 ft. (0-1372m)
• Vent Sizing: 5 Inner / 8 Outer

Product Usage Instructions

• Dimensions – Bay Installation:
  Provide detailed instructions for installing the fireplace in a bay configuration as per the dimensions provided in the manual.

• Dimensions – Corner Installation:
  Provide detailed instructions for installing the fireplace in a corner configuration as per the dimensions provided in the manual.

• Clearances (3-Sided):
  Explain the minimum clearances required for installing the fireplace, including mantel height, sidewall distance, enclosure width, mantel depth, alcove dimensions, and more. Emphasize the importance of maintaining these clearances to prevent chimney-related fires.

• Flue Clearances to Combustibles:
  Provide information on the specific clearances needed for different parts of the fireplace concerning combustible materials, including horizontal, vertical, and passing through wall/floor/ceiling clearances.

• Caution Requirements:
  Highlight the caution requirements for the fireplace, particularly regarding the top, back, and sides defined by standoffs to prevent recessing into combustible construction.

FAQ :

• Q: What should I do if I need to install the fireplace in a different configuration not mentioned in the manual?
  A: If you need to install the fireplace in a different configuration, ensure to adhere to the specified clearances and requirements for safe installation. Consult a professional if needed.

• Q: Can I convert the fireplace from natural gas to propane or vice versa?
  A: The model variants CB60E-NG1 and CB60E-LP1 are designed for specific fuel types. Conversion between natural gas and propane should only be done following manufacturer-approved procedures.

City Series CB60E Gas Fireplace

19,500 Btu/h (5.71 kW)
Maximum Input Altitude 0-4500 ft. (0-1372m)| 39,000 Btu/h (11.42 kW)| 36,000 Btu/h (10.54 kW)
Vent Sizing| 5” Inner / 8” Outer| 5” Inner / 8” Outer
CSA P.4.1.| 56.23%| 56.43%

NOTE: This model comes with a 5” inner and 8” outer collar (127 mm x 203 mm) which must be reduced to 4” inner x 6-5/8” outer (102 mm x 168 mm) in all applications when used as a power vent system. See power vent manual for details.

DIMENSIONS-BAY INSTALL

DIMENSIONS-CORNER INSTALLATION

CLEARANCES ( 3-SIDED)

The clearances listed below are minimum distances unless otherwise stated.
A major cause of chimney related fires is failure to maintain required clearances (air space) to combustible materials. It is of the greatest importance that this fireplace and vent system be installed only in accordance with these instructions.

top of chase enclosure
H: Convection Air Outlet| 180 square inches|
I Enclosure Depth (min.)| 20-5/16″ (516mm)| Minimum inside dimensions
J: Opening Height| 18″ (457mm)| Bottom/Top of Fireplace Opening
K: To Ceiling (min.) all 3 sides| 1-3/4″ (44mm)| To Top of Ceiling
L: Chase Enclosure (min.)| 81-1/4″ (2064mm)| From base of unit/floor to top of enclosure
M:Clearance to Sprinkler Head (min.)| 36″ (914mm)| Perpendicular from chase grill
Hearth| 0″| No hearth required
See mantel clearances chart in the manual.
Flue Clearances to Combustibles**

Horizontal – Top| 3″
Horizontal – Side| 2″
Horizontal – Bottom| 2″
Vertical| 2″
Passing through wall/ floor/ ceiling – when firestop is used.| 1-1/2″
Note: This appliance uses 5″ x 8″ venting.

Caution Requirements
The top, back and sides of the fireplace are defined by standoffs. The metal ends of the standoff may NOT be recessed into combustible construction.

WARNING
Fire hazard is an extreme risk
If these clearances (air space) to combustible materials are not adhered to. It is of greatest importance that this fireplace and vent system be installed only in accordance with these instructions.

CLEARANCES

CLEARANCES (CORNER INSTALLATION)

• The clearances listed below are minimum distances unless otherwise stated.
• A major cause of chimney related fires is failure to maintain required clearances (air space) to combustible materials. It is of the greatest importance that this fireplace and vent system be installed only in accordance with these instructions.
• Note: Left handed corner shown in illustration. Clearances will be the same for the right hand side.

chase enclosure
I: Chase Enclosure (Min.)| 81-1/4″ (2064mm)| From Base of Unit/Floor to top of enclosure
J: Convection Air Outlet Opening Offset (min.)| 2″ (50mm)| To top of ceiling
Hearth| 0″| No hearth required
See mantel clearances chart in this manual.
Flue Clearances to Combustibles**

Horizontal – Top| 3″
Horizontal – Side| 2″
Horizontal – Bottom| 2″
Vertical| 2″
Passing through wall/ floor/ ceiling – when firestop is used.| 1-1/2″

Caution Requirements
The top, back and sides of the fireplace are defined by standoffs. The metal ends of the standoff may NOT be recessed into combustible construction.

WARNING
Fire hazard is an extreme risk
if these clearances (air space) to combustible materials are not adhered to. It is of greatest importance that this fireplace and vent system be installed only in accordance with these instructions.

CLEARANCES (CORNER INSTALLATION)

Mantel Leg Clearances
Combustible mantel leg clearances as per diagram:

FRAMING DIMENSIONS (BAY INSTALL)

NOTE: Framing may be constructed of combustible material and does not require steel studs.

Framing

Dimensions

| Description| CB60E
---|---|---
A| Framing Height| 44-3/4″ (1137 mm)
B| Framing Width| 71-1/4″ (1810 mm)
C| Framing Depth| 20-5/16″ (516 mm)
D| Minimum Height to Combustibles| 81-1/4″ (2038 mm)
G

**

| Vent Centerline Height Gas Connection Opening Height| 58-3/16″ (1478 mm) See gas connection location in this manual
| Gas Connection Height| See gas connection location in this manual
| Gas Connection Inset-Centre Opening| See gas connection location in this manual
** See manual for alternate Gas/Electrical connection options

Ensure that the wood base that the appliance will sit on is strong enough to support the full weight of this appliance. The overall weight of this appliance is 480 pounds (shipping weight).

Note: A combined minimum of 180 square inches of open area is required for the convection air outlet to cool the enclosure.
Ensure clearances for Convection Air Outlets are met. See clearances CB60E in this manual as there are different methods as to how this can be achieved .

FRAMING DIMENSIONS (RIGHT CORNER)

NOTE: Framing may be constructed of combustible material and does not require steel studs.

Framing

Dimensions

| Description| Corner Kit
---|---|---
A| Framing Height| 44-3/4” (1137 mm)
B| Framing Width| 71-1/4″ (1810 mm)
C| Framing Depth| 20-5/16″ (516mm)
D| Unit Base to Top Enclosure (Min.)| 81-1/4″(2038 mm)
G| Vent Centerline Height| 58-3/16″ (1478 mm)

Note: A combined minimum of 180 square inches of open area is required for the convection air outlet to cool the enclosure.
Ensure clearances for Convection Air Outlets are met.
See clearances CB60E in this manual as there are different methods as to how this can be achieved.

NOTE: Unit cannot be load-bearing. All finishing materials must be supported by the framing.

• Note: Unit must be installed onto a solid back wall – do not install directly onto studs.
• *Note: The framing width (B) and framing depth (C) does not take into account drywall/wood or similar materials against the back wall. The framing width/depth will need to change based on the thickness of the material Example B : 71 1/4″ framing width + 1/2″ drywall = 71 3/4″.
• Example C : 20-5/16″ framing depth + 1/2″ drywall = 20 13/16″. 

FRAMING DIMENSIONS (LEFT CORNER)

NOTE: Framing may be constructed of combustible material and does not require steel studs.

• NOTE: Unit cannot be load-bearing. All finishing materials must be supported by the framing.

• Note: A combined minimum of 180 square inches of open area is required for the convection air outlet to cool the enclosure. Ensure clearances for Convection Air Outlets are met. See clearances CB60E in this manual as there are different methods as to how this can be achieved.

• Note: This appliance must be installed on a level and solid surface such as a plywood floor which must be the full width and depth of the appliance.
  

• Note: Unit must be installed onto a solid back  wall – do not install directly onto studs.

• *Note: The framing width (B) and framing depth (C) does not take into account drywall/wood or sim-ilar materials against the back wall. The framing width/depth will need to change based on the thickness of the material

• Example B : 71 1/4″ framing width + 1/2″ drywall = 71 3/4″.

• Example C : 20-5/16″ framing depth + 1/2″ drywall = 20 13/16″.

TYPICAL INSTALLATIONS

TYPICAL INSTALLATIONS

Note: The TV mounting bracket cannot be secured directly to the appliance. It must be secured to framing. The TV depicted in the picture may need to be higher depending on the style of TV mounting bracket used.

CHASE VENTING

Note: The enclosure opening cannot be any lower than 0-2″ from the top of the enclosure for all installations. Minimum height of enclosure from base of appliance is 81-1/4″.

CHASE VENTING
A minimum 288in2 opening in the enclosure is required to maintain safe operating temperatures. This can be achieved in a number of ways including the examples shown below.
Warning: DO NOT cover or place objects in front of the air outlet(s ).

HORIZONTAL TERMINATIONS

Flex Vent 5″ x 8″
These venting systems, in combination with the CB60E Direct Vent Gas Fireplace, has been tested and listed as a direct vent heater system by Intertek. The location of the termination cap must conform to the requirements in the Vent Terminal Locations diagram in “Exterior Vent Termination Locations” section.
Regency® Direct Vent (Flex) System Termination Kits include all the parts needed to install the CB60E using a flexible vent.

8)     plated screws

946-616| 10 Feet

| | 9)     S.S. screws #8 x 1-1/2” drill point
| | 10) vinyl siding standoff

Notes :

1. Liner sections should be continuous without any joints or seams.
2. Only Flex pipe purchased from Regency® may be used for Flex installations.
3. Horizontal vent must be supported every 3 feet.
4. Regency® Direct Vent System (Flex) is only approved for horizontal terminations.
5. Flex system can only be used up to a maximum continuous vent length of up to 10 feet. If longer runs are required, rigid pipe must be used.

*Unit is not exactly as shown.

Venting Introduction

• The CB60E uses the “balanced flue” technology Co-Axial system. The inner liner vents products of combustion to the outside while the outer liner draws outside combustion air into the combustion chamber thereby eliminating the need to use heated room air for combustion and losing warm room air up the chimney.
• Note: These flue pipes must not be connected to any other appliance.
• The gas appliance and vent system must be vented directly to the outside of the building, and never be attached to a chimney serving a separate solid fuel or gas burning appliance.
• Each direct vent gas appliance must use it’s own separate vent system. Common vent systems are prohibited.

Venting Arrangement for Horizontal Terminations
The diagram shows all allowable combinations of vertical runs with horizontal terminations, using one 90o (two 45o elbows equal one 90o elbow).
Note: Must use optional rigid pipe adapter (Part# 770-994) when using Rigid Pipe Venting Systems)

VENT RESTRICTOR SETTING:
Vent restrictor factory set at Set 0.
Refer to the “Vent Restrictor Position” section for details on how to change the vent restrictor from the factory setting of Set 0 to Set 2 if required.
Note: For horizontal terminations the Regency Direct Vent Flex System may be used for installations with a maximum continuous vent length of up to 10 feet. If longer runs are required, rigid pipe must be used.

• Maintain clearances to combustibles as listed in “Clearances” section
• Horizontal vent must be supported every 3 feet.
• Firestops are required at each floor level and whenever passing through a wall.
• A vent guard should be used whenever the termination is lower than the specified minimum or as per local codes.

Rigid Pipe 5″ x 8″
The minimum components required for a basic horizontal termination are:

• 1 Horizontal Termination Cap
• 1 Rigid Pipe Adaptor (770-994)
• 1 Wall Thimble
• 1 Length of pipe to suit wall thickness (see chart)

Wall thickness is measured from the back standoffs to the inside mounting surface of termination cap. For siding other than vinyl furring strips may be used, instead of the vinyl siding standoff, to create a level surface to mount the vent terminal. The Terminal must not be recessed into siding. Measure the wall thickness including furring strips.
If a Vinyl Siding Standoff is required (it must be used with vinyl siding), measure to outside surface of wall without siding and add 2 inches.

Flat Wall Installation

Wall Thickness (inches)| Vent Length Required (inches)
4″ – 5-1/2″| 6″
7″ – 8-1/2″| 9″
10″ – 11-1/2″| 12″
9″ – 14-1/2′| 11″ – 14-5/8″ Adj. Pipe
15″ – 23-1/2″| 17″ – 24″ Adj. Pipe

WARNING :

• Do not combine venting components from different venting systems.
• However use of the the AstroCapTM and FPI Riser is acceptable with all systems.
• This product has been evaluated by Intertek for using a Rigid Pipe Adaptor in conjunction with Duravent Direct-Vent, Selkirk Direct-Temp, Ameri Vent Direct Venting, ICC Excel
• Direct, Olympia Ventis DV, and Security Secure Vent systems. Use of these systems with the Rigid Pipe adaptor is deemed acceptable and does not affect the Intertek WHI listing of components.
• When using Rigid Vent other than Simpson Dura-Vent, 3 screws must be used to secure rigid pipe to adaptor.
• The FPI AstroCapTM and FPI Riser Vent terminal are certified for installations using FPI venting systems as well as Simpson Dura-Vent® Direct Vent, American Metal Products Ameri Vent Direct Vent, Security Secure Vent®, ICC Excel, Olympia Ventis DV, Selkirk Direct-Temp. AstroCapTM is a proprietary trademark of FPI Fireplace Products International Ltd. Dura-Vent® and Direct Vent are registered and/or proprietary trademarks of Simpson Dura-Vent Co. Inc.

Rigid Pipe 5″ x 8″
The diagrams below show examples of horizontal termination arrangements using one, two, or three 90o elbows (two 45o elbows equal one 90o elbow).

1. A maximum of three 90o elbows are permitted.
2. Minimum distance between elbows is 1 ft. (305mm).

• Maintain clearances to combustibles as listed in the “Clearances” section.
• Horizontal vent must be supported every 3 feet.
• Firestops are required at each floor level and whenever passing through a wall.
• Must use optional rigid pipe adaptor (Part# 770-994) when using rigid pipe vent systems.
• A vent guard should be used whenever the termination is lower than the specified minimum or as per local codes.
• Flex system can only be used up to 10 feet – otherwise rigid venting must be used.

Horizontal Venting with Two (2) 90o Elbows
One 90o elbow = Two 45o elbows.

Option| V| H + H1| With these options, maximum total pipe length is 30 feet with minimum of 6 feet total vertical and maximum 8 feet total horizontal.

Please note minimum 1 foot between 90 o elbows is required.

---|---|---|---
A)| 1′| Min.| 2′ Max.
B)| 2′| Min.| 4′ Max.
C)| 3′| Min.| 5′ Max.
D)| 4′| Min.| 6′ Max.
E)| 5′| Min.| 7′ Max.
F)| 6′ Min.| 8′ Max.
Restrictor Set 0 – Factory Setting

Horizontal Venting with Three (3) 90o Elbows
One 90o elbow = Two 45o elbows.

Option| V| H| V + V1| H + H1| With these options, max. total pipe length is 30 feet with min. of 12 feet total vertical and max. 9 feet total horizontal.

Please note min. 1 foot between 90 o elbows is required.

---|---|---|---|---|---
A)| 1′ Min.| 1′ Max.| 2′ Min.| 2′ Max.
B)| 1′ Min.| 2′ Max.| 3′ Min.| 3′ Max.
C)| 2′ Min.| 2′ Max.| 5′ Min.| 4′ Max.
D)| 3′ Min.| 2′ Max.| 7′ Min.| 5′ Max.
E)| 4′ Min.| 3 Max.| 9′ Min.| 6′ Max.
F)| 5′ Min.| 4′ Max.| 10′ Min.| 7′ Max.
G)| 6′ Min.| 5′ Max.| 11′ Min.| 8′ Max.
H)| 7′ Min.| 6′ Max.| 12′ Min.| 9′ Max.
Restrictor Set 0 – Factory Setting

VERTICAL TERMINATIONS

The minimum components required for a basic vertical termination are:

• 1 Vertical Termination Cap
• 1 Rigid Pipe Adaptor (770-994)
• 1 Ceiling Firestop
• 1 Flashing
• 1 Storm Collar
• 1 Length of pipes to suit wall thickness & vent run (see chart)

Galvanized pipe is desirable above the roofline due to its higher corrosion resistance. Continue to add pipe sections through the flashing until the height of the vent cap meets the minimum height requirements specified in table below or local codes. Note that for steep roof pitches, the vertical height must be increased. A poor draft, or down drafting can result from high wind conditions near big trees or adjoining roof lines, in these cases, increasing the vent height may solve the problem.

When using Rigid Vent other than Simpson Dura-Vent, 3 screws must be used to secure rigid pipe to adaptor.

WARNING:

• Do not combine venting components from different venting systems.
• However use of the the AstroCapTM and FPI Riser is acceptable with all systems.
• This product has been evaluated by Intertek for using a Rigid Pipe Adaptor in conjunction with Duravent Direct-Vent, Selkirk Direct-Temp, Ameri Vent Direct Venting, ICC Excel
• Direct, Olympia Ventis DV, and Security Secure Vent systems. Use of these systems with the Rigid Pipe adaptor is deemed acceptable and does not affect the Intertek WHI listing of components.

The FPI AstroCapTM and FPI Riser Vent terminal are certified for installations using FPI venting systems as well as Simpson Dura-Vent® Direct Vent, American Metal Products Ameri Vent Direct Vent, Security Secure Vent®, ICC Excel, Olympia Ventis DV, Selkirk Direct-Temp. AstroCapTM is a proprietary trademark of FPI Fireplace Products International Ltd. Dura-Vent® and Direct Vent are registered and/or proprietary trademarks of Simpson Dura-Vent Co. Inc.

Venting Arrangement for Vertical Terminations
Vertical venting with straight vertical venting and or with a max. of two (2) 90o Elbows (1 – 90o = 2 – 45o)

The shaded area in the diagram shows all allowable combinations of straight vertical and offset to vertical terminations, using two 90o elbows, with Rigid Pipe Venting Systems.

• Two 45o elbows equal to one 90o elbow.
• Vent must be supported at offsets.
• Minimum distance between elbows is 1 ft. (305mm).
• Maintain clearances to combustibles as listed in the “Clearances” section.
• Horizontal vent must be supported every 3 feet.
• Firestops are required at each floor level and whenever passing through a wall.
• Must use optional rigid pipe adaptor (Part# 770-994) when using rigid pipe vent systems.
• Refer to the “Vent Restrictor Position” section for details on how to change the vent restrictor from the factory setting of Set 0 through to Set 3 if required.

Rigid Pipe 5″ x 8″

• Two 45o elbows equal to one 90o elbow. Maximum of six 45o elbows allowed.
• Vent must be supported at offsets.
• Minimum distance between elbows is 1 ft. (305mm).
• Maintain clearances to combustibles as listed in the “Clearances” section.
• Horizontal vent must be supported every 3 feet.
• Firestops are required at each floor level and whenever passing through a wall.
• Must use optional rigid pipe adaptor (Part# 770-994 when using rigid pipe vent systems)

Vertical Venting with Three (3) 90o Elbows
One 90o elbow = Two 45o elbows.

Option| V| H + H1| V + V1| With these options, max. total pipe length is 30 feet with min. of 10 feet total vertical and max. 8 feet total horizontal.

__**Please note min. 1 foot between 90 o elbows is required.**

---|---|---|---|---
A)| 1′ Min.| 2′ Max| 3′ Min.
B)| 2′ Min.| 3′ Max| 4′ Min.
C)| 3′ Min.| 4′ Max| 6′ Min.
D)| 4′ Min.| 5′ Max| 7′ Min.
E)| 5′ Min.| 6′ Max| 8′ Min.
F)| 6′ Min.| 7′ Max| 9′ Min.
G)| 7′ Min.| 8′ Max| 10′ Min.
Lengths do not include elbow
indicated
Restrictor Set 0 – Factory Setting

Horizontal Terminations – Inline Horizontal Vent Chart Inline Power Vent Kit #666-945

NOTES
Rigid pipe is approved for up to 72 feet (21.95 m).
Flex pipe is approved for up to 40 feet (12.19 m) using 2 X 946-756– 20 foot (6.10 m) flex kits.

The gas power vent system is designed to allow the installation of a gas appliance when typical vent configurations (Non-Power Vent Direct Vent Systems Wipossible.th no Fan Assist) are not possible.

IMPORTANT

• Maximum total vent length (based on overall length of combined chimney components) = 72′ (21.95 m)
• Maximum total negative vent length = 7′ (2.1 m)-
• Do not run positive venting after a negative run.
• Maximum of six – 90° elbows permitted.
• One 90° elbow = two 45° elbows.
• Minimum 4′ (1.2 m) from the unit prior to terminating.

Inline power vent location restrictions:

• Minimum 4 ft (1.2 m) from the unit
• Minimum 1 ft (0.3 m) prior to an elbow.
• Minimum 1 ft (0.3 m) following an elbow.
• Minimum 1 ft (0.3 m) prior to a termination cap.

When the inline blower is installed after a negative run, for every foot of negative run the inline blower must be an equal distance or greater from the 90-degree elbow. See example above.

Horizontal Terminations – End of Line Horizontal Vent Chart End of Line Power Vent Kit #946-535

NOTES

• Rigid pipe is approved for up to 72 feet (21.95 m).
• Flex pipe is approved for up to 40 feet (12.19 m) using 2 X 946-756– 20 foot (6.10 m) flex kits.

The gas power vent system is designed to allow the installation of a gas appliance when typical vent configurations (Non-Power Vent Direct Vent Systems With no Fan Assist) are not possible.

IMPORTANT

• Maximum total vent length (based on overall length of combined chimney components) = 72′ (21.95 m)Maximum total vent length (based on overall length of combined chimney components) = 72′ (21.95 m)
• Maximum total negative vent length = 7′ (2.1 m).Maximum total negative vent length = 7′ (2.1 m).
• Do not run positive venting after a negative run. Do not run positive venting after a negative run.
• Maximum of six – 90° elbows permitted. Maximum of six – 90° elbows permitted.
• One 90° elbow = two 45° elbows. One 90° elbow = two 45° elbows.
• Minimum 4′ (1.2 m) from the unit prior to terminating. Minimum 4′ (1.2 m) from the unit prior to terminating.

Venting Arrangement for Vertical Terminations Inline Power Vent
Vertical venting with straight vertical venting and or with a max. of six (6) 90° Elbows (1 – 90° = 2 – 45°)

NOTES

Rigid pipe is approved for up to 72 feet (22 m).
Flex pipe is approved for up to 40 feet (12.2 m) using two 20 foot (6.1 m) flex kits (part # 946-756).

• Two 45o elbows equal to one 90o elbow.
• Vent must be supported at offsets.
• Minimum distance between elbows is 1 ft. (0.3 m).
• Maintain clearances to combustibles as listed in the “Clearances” section.
• Horizontal vent must be supported every 3 feet (0.91 m).
• Firestops are required at each floor level and whenever passing through a wall.

Restrictor set on 0 (fully open) regardless of vent run.

Inline power vent location restrictions:

• Minimum 4 ft (1.2 m) from the unit.
• Minimum 1 ft (0.3 m) prior to an elbow.
• Minimum 1 ft (0.3 m) following an elbow.
• Minimum 2 ft (0.6 m) prior to a termination cap.
• Minimum 2 ft. from inline PV to termination cap.
• Minimum 4′ from top of unit to inline PV.
• Max. of 72′ (22 m), using up to six 900 elbows
• (Example shows two 900 elbows).
• No negative runs.

NOTE
The inline power vent must be installed within the confines of the home/structure.

Unit Installation with Horizontal Termination

– 5″ x 8″ Venting (Rigid Vent Systems) (Non Power Vent)

Minimum Vent Clearances to Combustibles

• Clearances noted below must be maintained; except when passing through a wall, ceiling or at the termination where the use of a firestop or wall thimble reduces clearance to 1-1/2″ (38mm).

Below are the recommended framing dimensions (inside measurements) for the 5″ x 8″ rigid vent terminations – for use with a firestop or wall thimble.
Install the vent system according to the manufacturer’s instructions included with the components.

1. Set the unit in its desired location. Check to determine if wall studs or roof rafters are in the way when the venting system is attached. If this is the case, you may want to adjust the location of the unit. Rough in the gas preferably on the right side of the unit and the electrical (junction block is on the left side) on the left.

2. Direct Vent pipe and fittings are designed with special twist-lock connections to connect the venting system to the appliance flue outlet. A twist-lock appliance adaptor is required.

3. In conjunction with the Approved Vent system, install the adaptor after the unit is set in its desired location. Slip the adapter over the existing inner and outer flue collar. Fasten to the outer collar only with the 3 supplied screws (drilling pilot holes will make this easier).

4. Level the fireplace and fasten it to the framing using nails or screws through the top and side nailing strips.

5. Assemble the desired combination of pipe and elbows to the appliance adaptor and twist-lock for a solid connection.
   Note: For best results and optimum performance with each approved venting system, it is highly recommended to apply “Mill-Pac” sealant (supplied) to every inner pipe connection. Failure to do so may result in drafting or performance issues not covered under warranty.
   Horizontal runs of vent must be supported every 3 feet (0.9meter). Wall straps are available for this purpose.

6. Mark the wall for a square hole. See chart to left for size. The center of the square hole should line up with the center-line of the horizontal pipe. Cut and frame the square hole in the exterior wall where the vent will be terminated. See diagram 54 for center line requirements. If the wall being penetrated is constructed of non-combustible material, i.e. masonry block or concrete, an 8″ (203mm) diameter hole is acceptable.
   Notes :

7. The horizontal run of vent must be level, or have a 1/4 inch rise for every 1 foot of run towards the termination. Never allow the vent to run downward. This could cause high temperatures and may present the possibility of a fire.

8. The location of the horizontal vent termination on an exterior wall must meet all local and national building codes, and must not be blocked or obstructed. See “Exterior Vent Termination Locations” section for more details.

9. Snorkel Terminations:
   For installations requiring a vertical rise on the exterior of the building, 14-inch and 36-inch tall Snorkel Terminations are available, as well as the standard Riser Vent. Follow the same installation procedures as used for standard Horizontal Termination. NEVER install the snorkel upside down. *As specified in CSA B149.1 Installation Code. Local codes or regulations may require different clearances.
   Below Grade Snorkel Installation
   If the snorkel termination must be installed below grade, i.e. basement application, proper drainage must be provided to prevent water from entering the snorkel termination. See diagram 56. Do not attempt to enclose the snorkel within the wall or any other type of enclosure.

10. Ensure that the pipe clearances to combustible materials are maintained (Diagram 55). Install the termination cap.
    Note: If installing termination on a vinyl siding covered wall, a vinyl siding standoff or furring strips must be used to ensure that the termination is not recessed into the siding.
    The four wood screws provided should be replaced with appropriate fasteners for stucco, brick, concrete, or other types of sidings.

11. Before connecting the horizontal run of vent pipe to the vent termination, slide the Wall Thimble over the vent pipe. The wall thimble is required for all horizontal terminations.

12. Slide the appliance and vent assembly towards the wall carefully inserting the vent pipe into the vent cap assembly. It is important that the vent pipe extends into the vent cap sufficient distance so as to result in a minimum pipe overlap of 1-1/4 inches (32mm). Secure the connection between the vent pipe and the vent cap.

13. Install wall thimble in the center of the framed hole and attach with wood screws.

City Series CB60E-1 Gas Fireplace

Documents / Resources

| REGENCY CB60E Gas Fireplace [pdf] Instruction Manual
CB60E, CB60E Gas Fireplace, Gas Fireplace, Fireplace
---|---

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>