Cannon CANTERBURY CANTIB-02-NG User manual

CANNON
CANTERBURY INBUILT
CANTIB-02-NG AND CANTIB-02-LP
TO SUIT MOCK FIREPLACE INSTALLATIONS
INSTALLATION INSTRUCTIONS FOR FITMENT
INTO A COMBUSTIBLE ENCLOSURE
This heater is for use with Natural and Propane gases.
Read these instructions in conjunction with heater
installation instructions
SPACE
HEATER
GAS LOG
FIRE
REF: F2663-E CANTERBURY IB MOCK INSTALLATION INSTRUCTION.CDR
REVISION “E” DATED: APRIL 2007

CONTENTS MAINTENANCE
IF YOUR HEATER REQUIRES ATTENTION CONTACT:
SAMPFORD AND STAFF PTY LTD
ON
PH: 1300 727 421
or
FAX: [phone]
ITEM PAGE.
Page 9.
Pag
GENERAL e 1
P
MOCK FIREPLACE ENCLOSURE RECOMMENDATIONS age 2
MOCK CAVITY DIMENSIONS age 3
P
4
ag
OVERALL DIMENSIONS OF INSERT CABINET P e
ge
FITMENT OF SPACER BRACKETS AND BLANKET Pa 5
INSTALLATION INTO WALL CAVITY - METHOD A Page 6 & 7
P
INSTALLATION INTO COMBUSTIBLE CAVITY - METHOD B age 8
P
MAINTENANCE age 9

GENERAL
THIS HEATER SHALL ONLY BE INSTALLED BY AN AUTHORIZED
PERSON. THIS APPLIANCE SHALL BE INSTALLED IN ACCORDANCE
WITH THE MANUFACTURERS INSTALLATION INSTRUCTIONS.
AS 5601, MUNICIPAL BUILDINGS CODES, ELECTRICAL
WIRING REGULATIONS AND ANY OTHER STATUTORY
REGULATIONS.
TO CONFORM WITH THE AGA APPROVAL REQUIREMENTS
THE SPACERS MUST BE PERMANENTLY FITTED TO MAINTAIN THE
REQUIRED CLEARANCE FROM COMBUSTIBLE MATERIALS.
THESE INSTRUCTIONS TO BE READ IN CONJUNCTION WITH THE
HEATER INSTALLATION BOOKLET.
THIS HEATER MUST BE INSTALLED CORRECTLY TO PROVIDE
SAFE AND RELIABLE OPERATION.
PLEASE TAKE THE TIME TO READ THESE INSTRUCTIONS AND TO
FAMILIARIZE YOURSELF WITH THE CORRECT INSTALLATION
METHODS.
CORRECT FLUE DESIGN AND ALLOWANCE FOR VENTILATION
MUST BE CONSIDERED.
AVOID THE USE OF FLUE BENDS IF POSSIBLE.
ALWAYS ALLOW FOR THE COMPLETE REMOVAL OF THE HEATER
WITHOUT ANY DIFFICULTIES AND MAKE SURE THAT THE FLUE IS
RIGID AND SELF SUPPORTING. THE BOTTOM LENGTH OF THE FLUE
MUST FIT INSIDE OF THE ADAPTING PIECE. THE FLUE
ADAPTING PIECE MUST BE A SLIP FIT OVER THE RECTANGULAR
SPIGOT ON THE HEATER.
MAKE SURE THAT THE HEATER IS FULLY COMMISSIONED AND
BE CERTAIN TO CONDUCT A TEST OF THE INTEGRITY OF THE
FLUE OPERATION, TAKING INTO ACCOUNT ANY INFLUENCES
CREATED BY RANGE HOODS, EXHAUST FANS, CENTRAL HEATING
ETC.
TO AVOID ANY UNNECESSARY DELAYS AND INCONVENIENCE TO
YOUR CUSTOMER, LEASE CONTACT OUR TECHNICAL SUPPORT
SECTION IF THE INSTALLATION IS UNUSUAL AND REQUIRES
FURTHER ADVICE OR ASSISTANCE.
SPIGOT
Page 1.
INSTALLATION INTO A COMBUSTIBLE ENCLOSURE
( SINGLE SKIN FLUE ) METHOD B
Page 8.
FIG 7.
610 mm BETWEEN
TOP OF COWL AND
NEAREST PART OF ROOF FLUE COWL
APPROVED
TO AG604
FLUE CLAMP
FLASHING
ROOF CLADDING
RE
AFT RS
PROVIDE
CLEARANCE
AROUND
CEILING JOISTS
FALSE ENCLOSURE BY
OTHERS TO NORMAL
BUILDING PRACTICE
MAINTAIN 25mm
CLEARANCE
FROM ALL
COMBUSTIBLES
INSULATION
BLANKET
HEATER
100 mm DIA
SINGLE SKIN
FLUE
FLUE TO FIT INSIDE
OF SPIGOT
FIT TWO LENGTHS OF
VERTICAL FLUE (1.8 M)
BEFORE FITTING ANY
BENDS. IF BENDS ARE
USED, FIT INSIDE OF
FLUE PIPE.
USE NO MORE THAN
TWO BENDS IN THE
TOTAL FLUE RUN AND
MAINTAIN AT LEAST
250 mm OF STRAIGHT
FLUE PIPE BETWEEN
THE BENDS.
FLUE TO BE
SUPPORTED
INDEPENDENTLY
OF THE APPLIANCE
FLUE CONNECTION.
125
505 MAX
RECTANGULAR TO ROUND 90 DEG TRANSITION
ADAPTOR SUPPLIED WITH MOCK KIT.
MAKE SURE THERE IS ADEQUATE VENTILATION IN ROOM.

STUD STUD
C.L. OF
HEATER
345 mm TO 610 mm
FLUE OPENING
GAS INLET
325 mm
338 mm
160 mm
30 mm
555 mm
FLUE
OPENING
DETAIL
METHOD A
610 mm MIN
BETWEEN TOP OF
COWL AND NEAREST
PART OF ROOF
75 mm MAIN
STUD WALL
ADJUSTMENT
STRAP
HEADER
TWIN
SKIN FLUE
TOP PLATE
FLUE SUPPORT
FLUE ADAPTER
FLASHING
FLUE CLAMP
FLUE COWL
APPROVED
TO AG604
ROOF CLADDING
100 mm DIA
FLUE PIPE
MAINTAIN 25 mm
CLEARANCE BETWEEN
FLUE AND WOODWORK
WALL CLADDING
12 mm FROM
BOTTOM OF
WALL CLADDING
TO TOP OF HEATER
MEASURE DISTANCE FROM
FLOOR TO TOP OF HEATER
FLUE OUTLET PLUS 2 mm
COWL
FIT
3 SCREWS
SMALL DIA
END WITH
SWAGE
TOP PLATE
FLUE SUPPORT
FLUE
ADAPTER
SINGLE
SKIN FLUE
Page 2. Page 7.
FIG 6.
FIG 1.
MOCK FIREPLACE ENCLOSURE RECOMMENDATIONS
THE ENCLOSURE CAN BE FABRICATED USING ANY MATERIALS
PROVIDING THAT SPACER BRACKETS ARE FITTED TO THE HEATER
PROVIDING ADEQUATE CLEARANCES TO COMBUSTIBLE MATERIALS.
(SEE FIG 5)
THE AREA OF THE CAVITY MUST NOT EXCEED OUR DIMENSIONS AS
SHOWN IN THE DIAGRAM. (SEE BELOW)
IF THE ENCLOSURE IS LARGER THAT OUR DIMENSIONS ALLOW, A
SEPARATE BOXED SECTION AROUND THE HEATER WILL NEED TO BE
CONSTRUCTED.
THE HEATER MUST SIT ON A SOLID, SEALED BASE AND THE
ENCLOSURE MUST BE SEALED FROM ANY DRAUGHTS AND BE
INSULATED AS NECESSARY TO ELIMINATE LOW TEMPERATURES.
OUR BROCHURE ILLUSTRATES AN ENCLOSURE CONSTRUCTED TO
AN EXISTING ROOM WITH A SOLID FLOOR AND CEILING, ANY OTHER
ENCLOSURE MUST HAVE THE SAME CHARACTERISTICS OF BEING
SEALED FROM ANY DRAUGHTS AND SUITABLY INSULATED FROM
LOW TEMPERATURES. FAILURE TO ADHERE TO THIS REQUIREMENT
WILL RESULT IN UNRELIABLE OPERATION OR FAILURE TO OPERATE
CORRECTLY AND IS NOT COVERED BY OUR WARRANTY CONDITIONS
300mm MAX
2400mm MAX
550mm MAX
MAKE SURE THERE IS ADEQUATE VENTILATION IN ROOM.

Page 6. Page 3.
INSTALLATION INTO WALL CAVITY. ( TWIN SKIN FLUE )
METHOD A
THE MINIMUM WALL CAVITY REQUIRED IS 35 mm. SELECT A PAIR OF
STUDS IN FRONT OF WHICH THE HEATER IS TO BE INSTALLED. THE
GAP BETWEEN THE STUDS SHOULD BE NO LESS THAN 35 mm AND
NO GREATER THAN 610 mm. ENSURE CEILING AND ROOF MEMBERS
WILL NOT OBSTRUCT VERTICAL PATH OF FLUE.
METHOD.
1. CUT FLUE OPENING CENTRAL TO WALL STUDS IN THE WALL
CLADDING. ( SEE FIG 7. )
2. CUT AWAY TOP WALL PLATE AND ANY EXISTING NOGGINS
BETWEEN STUDS.
3. CUT CLEARANCE HOLE FOR 100 mm DIAMETER FLUE PIPE IN
THE ROOF.
4. FIT HEADER ASSEMBLY INTO FLUE OPENING LEAVING A 12 mm
GAP BETWEEN TOP OF THE HEADER ASSEMBLY AND WALL
CLADDING AS SHOWN.
5. DRILL 4 HOLES THROUGH HEADER FLANGES AT STUD CENTRES
AND USE CLOUTS OR SCREWS TO ATTACH TO WALL.
6. MEASURE DISTANCE FROM FLOOR TO TOP OF FLUE OUTLET OF
THE HEATER.
7. ADJUST ELBOW TO THE DISTANCE MEASURED PLUS 2 mm AND
TIGHTEN SCREW. ENSURE FLUE ELBOW IS HORIZONTAL.
8. BEND TABS IN AT THE BASE OF THE TWIN SKIN FLUE AND
LOWER TWIN SKIN FLUE DOWN THE WALL CAVITY.
9. SLIDE TOP PLATE FLUE SUPPORT OVER TWIN SKIN FLUE,
CENTRALISE AND NAIL TO THE TOP PLATE.
10. SLIDE FLUE ADAPTER INSIDE INNER SKIN AT TOP OF TWIN
SKIN FLUE.
11. FIT SMALL END OF THE 100 mm DIA FLUE PIPE INTO FLUE
ADAPTER. FIT FURTHER LENGTHS WITH SMALL END
DOWNWARD AS REQUIRED. (THE SMALL END HAS A SWAGE
35 mm FROM THE END.)
12. FLASH BETWEEN FLUE PIPE AND ROOF CLADDING USING
EITHER LEAD FLASHING OR AN APPROVED SILICON RUBBER
PIPE FLASHING BOOT.
13. FIT COWL TO THE TOP OF THE FLUE PIPE, ALIGN THE SCREW
HOLES AND FASTEN THE 3 SCREWS SUPPLIED.
MOCK CAVITY DIMENSIONS - CANTERBURY
HEIGHT
625 mm to 645mm
W m
IDTH 745 mmto 840 m
CLEARANCE FROM COMBUSTIBLES.
BETWEEN HEATER CABINET AND OTHER
COMBUSTIBLE SURFACES.
* 20 mm CLEARANCE FROM BOTH TOP
AND SIDE SURFACES.
* 50 mm CLEARANCE FROM REAR.
* 100 mm CLEARANCE BETWEEN SIDE OF
THE HEATER FRONT AND
COMBUSTIBLES.
ADDITIONAL CLEARANCES ARE SPECIFIED
IN THE HEATER INSTALLATION
INSTRUCTION BOOKLET. ( FIG 10.)
FIG 2. DEPTH OF CAVITY = HEATER + ADAPTOR + FLUE CLEARANCE
MIN 450 mm = 300mm + 125mm + 25mm
MAX 505 mm = 300mm + 125mm + 80mm

OVERALL DIMENSIONS OF THE INSERT CABINET.
(SEE FIG 3 AND 4. )
FITMENT OF SPACER BRACKETS AND BLANKET.
735mm
FIG 4.
FIG 3.
Page 5.
Page 4.
* HEIGHT 620 mm
* WIDTH 735 mm
* DEPTH 350 mm
* DEPTH (WITH TRANSITION ADAPTOR FITTED) 425 mm
620 mm
350mm
425mm
THE HEATER FOR INSTALLATION INTO A MOCK
FIREPLACE IS SUPPLIED WITH THE FOLLOWING PARTS.
( SEE FIG 5.)
F1417 FLUE TRANSITION ADAPTOR
F1404 REAR BRACKETS
F1405 TOP & SIDE SPACER BRACKETS
F1406 INSULATION BLANKET
F2663 INSTRUCTION BOOKLET
1 OFF
2 OFF
4 OFF
1 OFF
1 OFF
1. FIT TOP AND SIDE BRACKETS TO HEATER CABINET ON DIAGONAL
CORNERS AS SHOWN EACH SIDE. ( SEE FIG 5.) USING EXISTING
SCREW POSITIONS.
2. FIT REAR SPACER BRACKETS TO HEATER CABINET ON DIAGONAL
CORNERS AS SHOWN. ( SEE FIG 5.)
3. POSITION INSULATION BLANKET ON HEATER TOP ALIGNED WITH
EDGES. SECURE WITH MASKING TAPE AS SHOWN. ( SEE FIG 5.)
FIXING SCREWS
No8 x 3/8" SELF TAPPING
DIAGONAL CORNERS
563mm TO ENTRE LINE C
O A CR ERDIAG N L O N S
TOP & SIDE
BRACKETS
ATTACHED INSULATION TO TOP OF
THE HEATER WITH MASKING TAPE
FIG 5.
TRANSITION
ADAPTOR
REAR BRACKET
INSULATIVE
BLANKET

OVERALL DIMENSIONS OF THE INSERT CABINET.
(SEE FIG 3 AND 4. )
FITMENT OF SPACER BRACKETS AND BLANKET.
735mm
FIG 4.
FIG 3.
Page 5.
Page 4.
* HEIGHT 620 mm
* WIDTH 735 mm
* DEPTH 350 mm
* DEPTH (WITH TRANSITION ADAPTOR FITTED) 425 mm
620 mm
350mm
425mm
THE HEATER FOR INSTALLATION INTO A MOCK
FIREPLACE IS SUPPLIED WITH THE FOLLOWING PARTS.
( SEE FIG 5.)
F1417 FLUE TRANSITION ADAPTOR
F1404 REAR BRACKETS
F1405 TOP & SIDE SPACER BRACKETS
F1406 INSULATION BLANKET
F2663 INSTRUCTION BOOKLET
1 OFF
2 OFF
4 OFF
1 OFF
1 OFF
1. FIT TOP AND SIDE BRACKETS TO HEATER CABINET ON DIAGONAL
CORNERS AS SHOWN EACH SIDE. ( SEE FIG 5.) USING EXISTING
SCREW POSITIONS.
2. FIT REAR SPACER BRACKETS TO HEATER CABINET ON DIAGONAL
CORNERS AS SHOWN. ( SEE FIG 5.)
3. POSITION INSULATION BLANKET ON HEATER TOP ALIGNED WITH
EDGES. SECURE WITH MASKING TAPE AS SHOWN. ( SEE FIG 5.)
FIXING SCREWS
No8 x 3/8" SELF TAPPING
DIAGONAL CORNERS
563mm TO ENTRE LINE C
O A CR ERDIAG N L O N S
TOP & SIDE
BRACKETS
ATTACHED INSULATION TO TOP OF
THE HEATER WITH MASKING TAPE
FIG 5.
TRANSITION
ADAPTOR
REAR BRACKET
INSULATIVE
BLANKET

Page 6. Page 3.
INSTALLATION INTO WALL CAVITY. ( TWIN SKIN FLUE )
METHOD A
THE MINIMUM WALL CAVITY REQUIRED IS 35 mm. SELECT A PAIR OF
STUDS IN FRONT OF WHICH THE HEATER IS TO BE INSTALLED. THE
GAP BETWEEN THE STUDS SHOULD BE NO LESS THAN 35 mm AND
NO GREATER THAN 610 mm. ENSURE CEILING AND ROOF MEMBERS
WILL NOT OBSTRUCT VERTICAL PATH OF FLUE.
METHOD.
1. CUT FLUE OPENING CENTRAL TO WALL STUDS IN THE WALL
CLADDING. ( SEE FIG 7. )
2. CUT AWAY TOP WALL PLATE AND ANY EXISTING NOGGINS
BETWEEN STUDS.
3. CUT CLEARANCE HOLE FOR 100 mm DIAMETER FLUE PIPE IN
THE ROOF.
4. FIT HEADER ASSEMBLY INTO FLUE OPENING LEAVING A 12 mm
GAP BETWEEN TOP OF THE HEADER ASSEMBLY AND WALL
CLADDING AS SHOWN.
5. DRILL 4 HOLES THROUGH HEADER FLANGES AT STUD CENTRES
AND USE CLOUTS OR SCREWS TO ATTACH TO WALL.
6. MEASURE DISTANCE FROM FLOOR TO TOP OF FLUE OUTLET OF
THE HEATER.
7. ADJUST ELBOW TO THE DISTANCE MEASURED PLUS 2 mm AND
TIGHTEN SCREW. ENSURE FLUE ELBOW IS HORIZONTAL.
8. BEND TABS IN AT THE BASE OF THE TWIN SKIN FLUE AND
LOWER TWIN SKIN FLUE DOWN THE WALL CAVITY.
9. SLIDE TOP PLATE FLUE SUPPORT OVER TWIN SKIN FLUE,
CENTRALISE AND NAIL TO THE TOP PLATE.
10. SLIDE FLUE ADAPTER INSIDE INNER SKIN AT TOP OF TWIN
SKIN FLUE.
11. FIT SMALL END OF THE 100 mm DIA FLUE PIPE INTO FLUE
ADAPTER. FIT FURTHER LENGTHS WITH SMALL END
DOWNWARD AS REQUIRED. (THE SMALL END HAS A SWAGE
35 mm FROM THE END.)
12. FLASH BETWEEN FLUE PIPE AND ROOF CLADDING USING
EITHER LEAD FLASHING OR AN APPROVED SILICON RUBBER
PIPE FLASHING BOOT.
13. FIT COWL TO THE TOP OF THE FLUE PIPE, ALIGN THE SCREW
HOLES AND FASTEN THE 3 SCREWS SUPPLIED.
MOCK CAVITY DIMENSIONS - CANTERBURY
HEIGHT
625 mm to 645mm
W m
IDTH 745 mmto 840 m
CLEARANCE FROM COMBUSTIBLES.
BETWEEN HEATER CABINET AND OTHER
COMBUSTIBLE SURFACES.
* 20 mm CLEARANCE FROM BOTH TOP
AND SIDE SURFACES.
* 50 mm CLEARANCE FROM REAR.
* 100 mm CLEARANCE BETWEEN SIDE OF
THE HEATER FRONT AND
COMBUSTIBLES.
ADDITIONAL CLEARANCES ARE SPECIFIED
IN THE HEATER INSTALLATION
INSTRUCTION BOOKLET. ( FIG 10.)
FIG 2. DEPTH OF CAVITY = HEATER + ADAPTOR + FLUE CLEARANCE
MIN 450 mm = 300mm + 125mm + 25mm
MAX 505 mm = 300mm + 125mm + 80mm

STUD STUD
C.L. OF
HEATER
345 mm TO 610 mm
FLUE OPENING
GAS INLET
325 mm
338 mm
160 mm
30 mm
555 mm
FLUE
OPENING
DETAIL
METHOD A
610 mm MIN
BETWEEN TOP OF
COWL AND NEAREST
PART OF ROOF
75 mm MAIN
STUD WALL
ADJUSTMENT
STRAP
HEADER
TWIN
SKIN FLUE
TOP PLATE
FLUE SUPPORT
FLUE ADAPTER
FLASHING
FLUE CLAMP
FLUE COWL
APPROVED
TO AG604
ROOF CLADDING
100 mm DIA
FLUE PIPE
MAINTAIN 25 mm
CLEARANCE BETWEEN
FLUE AND WOODWORK
WALL CLADDING
12 mm FROM
BOTTOM OF
WALL CLADDING
TO TOP OF HEATER
MEASURE DISTANCE FROM
FLOOR TO TOP OF HEATER
FLUE OUTLET PLUS 2 mm
COWL
FIT
3 SCREWS
SMALL DIA
END WITH
SWAGE
TOP PLATE
FLUE SUPPORT
FLUE
ADAPTER
SINGLE
SKIN FLUE
Page 2. Page 7.
FIG 6.
FIG 1.
MOCK FIREPLACE ENCLOSURE RECOMMENDATIONS
THE ENCLOSURE CAN BE FABRICATED USING ANY MATERIALS
PROVIDING THAT SPACER BRACKETS ARE FITTED TO THE HEATER
PROVIDING ADEQUATE CLEARANCES TO COMBUSTIBLE MATERIALS.
(SEE FIG 5)
THE AREA OF THE CAVITY MUST NOT EXCEED OUR DIMENSIONS AS
SHOWN IN THE DIAGRAM. (SEE BELOW)
IF THE ENCLOSURE IS LARGER THAT OUR DIMENSIONS ALLOW, A
SEPARATE BOXED SECTION AROUND THE HEATER WILL NEED TO BE
CONSTRUCTED.
THE HEATER MUST SIT ON A SOLID, SEALED BASE AND THE
ENCLOSURE MUST BE SEALED FROM ANY DRAUGHTS AND BE
INSULATED AS NECESSARY TO ELIMINATE LOW TEMPERATURES.
OUR BROCHURE ILLUSTRATES AN ENCLOSURE CONSTRUCTED TO
AN EXISTING ROOM WITH A SOLID FLOOR AND CEILING, ANY OTHER
ENCLOSURE MUST HAVE THE SAME CHARACTERISTICS OF BEING
SEALED FROM ANY DRAUGHTS AND SUITABLY INSULATED FROM
LOW TEMPERATURES. FAILURE TO ADHERE TO THIS REQUIREMENT
WILL RESULT IN UNRELIABLE OPERATION OR FAILURE TO OPERATE
CORRECTLY AND IS NOT COVERED BY OUR WARRANTY CONDITIONS
300mm MAX
2400mm MAX
550mm MAX
MAKE SURE THERE IS ADEQUATE VENTILATION IN ROOM.

GENERAL
THIS HEATER SHALL ONLY BE INSTALLED BY AN AUTHORIZED
PERSON. THIS APPLIANCE SHALL BE INSTALLED IN ACCORDANCE
WITH THE MANUFACTURERS INSTALLATION INSTRUCTIONS.
AS 5601, MUNICIPAL BUILDINGS CODES, ELECTRICAL
WIRING REGULATIONS AND ANY OTHER STATUTORY
REGULATIONS.
TO CONFORM WITH THE AGA APPROVAL REQUIREMENTS
THE SPACERS MUST BE PERMANENTLY FITTED TO MAINTAIN THE
REQUIRED CLEARANCE FROM COMBUSTIBLE MATERIALS.
THESE INSTRUCTIONS TO BE READ IN CONJUNCTION WITH THE
HEATER INSTALLATION BOOKLET.
THIS HEATER MUST BE INSTALLED CORRECTLY TO PROVIDE
SAFE AND RELIABLE OPERATION.
PLEASE TAKE THE TIME TO READ THESE INSTRUCTIONS AND TO
FAMILIARIZE YOURSELF WITH THE CORRECT INSTALLATION
METHODS.
CORRECT FLUE DESIGN AND ALLOWANCE FOR VENTILATION
MUST BE CONSIDERED.
AVOID THE USE OF FLUE BENDS IF POSSIBLE.
ALWAYS ALLOW FOR THE COMPLETE REMOVAL OF THE HEATER
WITHOUT ANY DIFFICULTIES AND MAKE SURE THAT THE FLUE IS
RIGID AND SELF SUPPORTING. THE BOTTOM LENGTH OF THE FLUE
MUST FIT INSIDE OF THE ADAPTING PIECE. THE FLUE
ADAPTING PIECE MUST BE A SLIP FIT OVER THE RECTANGULAR
SPIGOT ON THE HEATER.
MAKE SURE THAT THE HEATER IS FULLY COMMISSIONED AND
BE CERTAIN TO CONDUCT A TEST OF THE INTEGRITY OF THE
FLUE OPERATION, TAKING INTO ACCOUNT ANY INFLUENCES
CREATED BY RANGE HOODS, EXHAUST FANS, CENTRAL HEATING
ETC.
TO AVOID ANY UNNECESSARY DELAYS AND INCONVENIENCE TO
YOUR CUSTOMER, LEASE CONTACT OUR TECHNICAL SUPPORT
SECTION IF THE INSTALLATION IS UNUSUAL AND REQUIRES
FURTHER ADVICE OR ASSISTANCE.
SPIGOT
Page 1.
INSTALLATION INTO A COMBUSTIBLE ENCLOSURE
( SINGLE SKIN FLUE ) METHOD B
Page 8.
FIG 7.
610 mm BETWEEN
TOP OF COWL AND
NEAREST PART OF ROOF FLUE COWL
APPROVED
TO AG604
FLUE CLAMP
FLASHING
ROOF CLADDING
RE
AFT RS
PROVIDE
CLEARANCE
AROUND
CEILING JOISTS
FALSE ENCLOSURE BY
OTHERS TO NORMAL
BUILDING PRACTICE
MAINTAIN 25mm
CLEARANCE
FROM ALL
COMBUSTIBLES
INSULATION
BLANKET
HEATER
100 mm DIA
SINGLE SKIN
FLUE
FLUE TO FIT INSIDE
OF SPIGOT
FIT TWO LENGTHS OF
VERTICAL FLUE (1.8 M)
BEFORE FITTING ANY
BENDS. IF BENDS ARE
USED, FIT INSIDE OF
FLUE PIPE.
USE NO MORE THAN
TWO BENDS IN THE
TOTAL FLUE RUN AND
MAINTAIN AT LEAST
250 mm OF STRAIGHT
FLUE PIPE BETWEEN
THE BENDS.
FLUE TO BE
SUPPORTED
INDEPENDENTLY
OF THE APPLIANCE
FLUE CONNECTION.
125
505 MAX
RECTANGULAR TO ROUND 90 DEG TRANSITION
ADAPTOR SUPPLIED WITH MOCK KIT.
MAKE SURE THERE IS ADEQUATE VENTILATION IN ROOM.