Lochinvar SYNC 1.0 User manual

Installation & Operation Manual
Models: 1.0 - 1.3 - 1.5
This manual must only be used by
a qualified heating installer / service
technician. Read all instructions,
including this manual and the SYNC
Service Manual, before installing.
Perform steps in the order given.
Failure to comply could result in
severe personal injury, death, or
substantial property damage.
WARNING
Save this manual for future reference.
SYNC-I-O Rev S

2
Contents
Hazard definitions
The following defined terms are used throughout this manual to bring attention to the presence of hazards of various risk levels or
to important information concerning the life of the product.
DANGER
WARNING
CAUTION
CAUTION
NOTICE
DANGER indicates an imminently hazardous situation which, if not avoided, will result in death or serious
injury.
WARNING indicates a potentially hazardous situation which, if not avoided, could result in death or serious
injury.
CAUTION indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate
injury.
CAUTION used without the safety alert symbol indicates a potentially hazardous situation which, if not
avoided, may result in property damage.
NOTICE indicates special instructions on installation, operation, or maintenance that are important but not
related to personal injury or property damage.
HAZARD DEFINITIONS .................................................... 2
PLEASE READ BEFORE PROCEEDING ........................ 3
THE SYNC -- HOW IT WORKS...................................... 4-5
RATINGS........................................................................... 6
1. DETERMINE BOILER LOCATION
Closet and Alcove Installations.......................................... 7
Provide Air Openings to Room .......................................... 9
Flooring and Foundation................................................... 9
Vent and Air Piping............................................................ 9
Prevent Combustion Air Contamination............................. 9
Using an Existing Vent System to Install a New Boiler ... 10
Corrosive Contaminants and Sources............................. 10
Removing a Boiler from Existing Common Vent.............. 11
Remove Boiler from Wood Pallet..................................... 11
Combustion and Ventilation Air Requirements........... 12-13
2. GENERAL VENTING
Direct Venting Options - Sdwl/Horz. Vent Opt. Rm Air.... 14
Direct Venting Options - Vert. Vent Opt. Rm Air...............15
Direct Venting Options - Vert. Vent, Horz. Air ................. 16
Install Vent and Combustion Air Piping ........................... 17
PVC / CPVC Vent Piping Materials............................ 17
PVC/CPVC Air Intake/Vent Connections......................... 18
Air Inlet Pipe Materials................................................ 18
Requirements for Installation in Canada.......................... 19
Installing Vent and Air Piping........................................... 19
Stainless Steel Vent and Air Piping................................. 20
Min./Max. Combustion Air & Vent Piping Lengths........... 21
Vent and Air Piping.......................................................... 21
3. SIDEWALL DIRECT VENTING
Vent/Air Termination - Sidewall................................... 22-25
Determine Location................................................ 22-24
Prepare Wall Penetrations.......................................... 24
Termination and Fittings............................................. 25
Multiple Vent/Air Terminations.................................... 25
4. VERTICAL DIRECT VENTING
Vent/Air Termination - Vertical.................................... 26-27
Determine Location..................................................... 26
Prepare Roof Penetrations......................................... 26
Termination and Fittings........................................ 26-27
Multiple Vent/Air Terminations.................................... 27
Room Air .......................................................................... 27
5. HYDRONIC PIPING
System Water Piping Methods......................................... 28
Low Water Cutoff Device................................................. 28
Chilled Water System....................................................... 28
Freeze Protection............................................................. 28
General Piping Information .............................................. 28
Circulator Sizing............................................................... 29
Near Boiler Piping Connections....................................... 29
Near Boiler Piping Components.................................. 31-33
6. GAS CONNECTIONS
Connecting Gas Supply Piping........................................ 34
Natural Gas...................................................................... 35
Pipe Sizing for Natural Gas........................................ 35
Natural Gas Supply Pressure Requirements ............. 35
Propane Gas.................................................................... 35
Pipe Sizing for Propane Gas...................................... 35
Propane Supply Pressure Requirements................... 35
Check Inlet Gas Supply .............................................. 36-37
Gas Pressure ................................................................... 37
Gas Valve Replacement .................................................. 37
7. FIELD WIRING
Line Voltage Connections................................................ 38
Low Voltage Connections ................................................ 39
Wiring of the Cascade...................................................... 40
8. CONDENSATE DISPOSAL
Condensate Drain............................................................ 42
9. STARTUP ............................................................... 43-48
10. OPERATING INFORMATION
General........................................................................ 49-51
Cascade...................................................................... 51-52
Sequence of Operation.................................................... 53
Status Screen.............................................................. 54-55
Main Screen..................................................................... 56
11. MAINTENANCE
Maintenance & Annual Startup.............................. 57-62
12. DIAGRAMS
Ladder Diagrams................................................... 63-64
Wiring Diagram........................................................... 65
Revision Notes.................................................. Back Cover

Installation & Operation Manual
Please read before proceeding
Installer – Read all instructions, including
this manual and the SYNC Service
Manual, before installing. Perform steps
in the order given.
User – This manual is for use only
by a qualified heating installer/
service technician. Refer to the User’s
Information Manual for your reference.
Have this boiler serviced/inspected by
a qualified service technician, at least
annually.
Failure to comply with the above could
result in severe personal injury, death or
substantial property damage.
Failure to adhere to the guidelines on this
page can result in severe personal injury,
death, or substantial property damage.
When servicing boiler –
• To avoid electric shock, disconnect electrical supply
before performing maintenance.
• To avoid severe burns, allow boiler to cool before
performing maintenance.
Boiler operation –
• Do not block flow of combustion or ventilation air to
the boiler.
• Should overheating occur or gas supply fail to shut off,
do not turn off or disconnect electrical supply to
circulator. Instead, shut off the gas supply at a location
external to the appliance.
• Do not use this boiler if any part has been under water.
The possible damage to a flooded appliance can be
extensive and present numerous safety hazards. Any
appliance that has been under water must be replaced.
Boiler water –
• Thoroughly flush the system (without boiler connected)
to remove sediment. The high-efficiency heat
exchanger can be damaged by build-up or corrosion
due to sediment.
• Do not use petroleum-based cleaning or sealing
compounds in the boiler system. Gaskets and seals in
the system may be damaged. This can result in
substantial property damage.
• Do not use “homemade cures” or “boiler patent
medicines”. Serious damage to the boiler, personnel,
and/or property may result.
• Continual fresh make-up water will reduce boiler life.
Mineral buildup in the heat exchanger reduces heat
transfer, overheats the stainless steel heat exchanger,
and causes failure. Addition of oxygen carried in by
makeup water can cause internal corrosion in system
components. Leaks in boiler or piping must be repaired
at once to prevent the need for makeup water.
Freeze protection fluids –
• NEVER use automotive antifreeze. Use only inhibited
propylene glycol solutions, which are specifically
formulated for hydronic systems. Ethylene glycol is
toxic and can attack gaskets and seals used in hydronic
systems.
When calling or writing about the boiler
– Please have the boiler model and serial
number from the boiler rating plate.
Consider piping and installation when
determining boiler location.
Any claims for damage or shortage in
shipment must be filed immediately
against the transportation company by
the consignee.
Factory warranty (shipped with unit) does
not apply to units improperly installed or
improperly operated.
3
If the information in this manual is not
followed exactly, a fire or explosion may
result causing property damage, personal
injury or loss of life.
This appliance MUST NOT be installed in
any location where gasoline or flammable
vapors are likely to be present.
WHAT TO DO IF YOU SMELL GAS
• Do not try to light any appliance.
• Do not touch any electric switch; do
not use any phone in your building.
• Immediately call your gas supplier
from a near by phone. Follow the
gas supplier’s instructions.
• If you cannot reach your gas supplier,
call the fire department.
• Installation and service must be
performed by a qualified installer,
service agency, or the gas supplier.
WARNING
NOTICE
WARNING
WARNING
WARNING DO NOT install units in rooms or
environments that contain corrosive
contaminants (see Table 1A on page 10).
Failure to comply could result in severe
personal injury, death, or substantial
property damage.

Installation & Operation Manual
4
The SYNC - How it works...
1. Access cover - front
Provides access to the gas train and the heat exchanger.
2. Air intake adapter
Allows for the connection of the PVC air intake pipe to the
boiler.
3. Air pressure switches
The air pressure switches detect blocked flue/vent conditions.
4. Air shrouds (1.0 Model only)
The air shrouds control air and gas flow into the burners.
5. Automatic air vents
Designed to remove trapped air from the heat exchanger
coils.
6. Blowers
The blowers pull in air and gas through the venturis (item
35). Air and gas mix inside the blowers and are pushed into the
burners, where they burn inside the combustion chamber.
7. Boiler drain port
Location from which the heat exchangers can be drained.
8. Boiler inlet temperature sensors
These sensors monitor system return water temperature. If
selected as the controlling sensor, the control
module adjusts the boiler firing rate so the inlet temperature
matches the set point.
9. Boiler outlet temperature sensors
These sensors monitor boiler outlet water temperature. If
selected as the controlling sensor, the control
module adjusts boiler firing rate so the outlet temperature
matches the set point.
10. Burners (not shown)
Made with metal fiber and stainless steel construction,
the burners use pre-mixed air and gas and provide a
wide range of firing rates.
11. Condensate drain connection
Connects the condensate drain line to a 1/2" PVC union.
12. Control modules
The control modules respond to internal and external signals
and control the blowers, gas valves, and pumps to meet the
heating demand.
13. Electronic display
Digital controls with touch screen technology and full color
display.
14. Flame inspection windows
The quartz glass windows provide a view of the burner
surfaces and flames.
15. Flame sensors
Used by the control module to detect the presence of burner
flame.
16. Flap valves
Prevents recirculation of flue products when only one burner is
running.
17. Flue gas sensors
These sensors monitor the flue gas exit temperature. The
control modules will modulate and shut down the boiler if the
flue gas temperature gets too hot. This protects the flue pipe
from overheating.
18. Flue pipe adapter
Allows for the connection of the PVC vent pipe system to the
boiler.
19. Gas connection pipe
Threaded 1½" pipe connection. This pipe should be
connected to the incoming gas supply for the purpose of
delivering gas to the boiler.
20. Gas shutoff valves (inside unit)
Manual valves used to isolate the gas valves from the burners.
21. Gas shutoff valve (outside unit)
Manual valve used to isolate the gas valve from the gas supply.
22. Gas valves
The gas valves sense the negative pressure created by the
blowers, allowing gas to flow only if the gas valves are
powered and combustion air is flowing.
23. Heat exchanger access covers
Allows access to the combustion side of the heat
exchanger coils.
24. High gas pressure switches
Switches provided to detect excessive gas pressure.
25. High limits
Devices used to monitor the outlet water temperature. If the
temperature exceeds its setting, they will break the control
circuit, shutting the boiler down.
26. Ignition electrodes
Provides direct spark for igniting the burners.
27. Line voltage junction box
The junction box contains the connection points for the line
voltage power and all pumps.
28. Line voltage wiring connections (knockouts)
Conduit connection points for the high voltage junction box.
29. Low gas pressure switch
Switch provided to detect low gas pressure.
30. Low voltage connection board
The connection board is used to connect external low voltage
devices.
31. Low voltage wiring connections (knockouts)
Conduit connection points for the low voltage connection board.
32. Low water cutoff device (LWCO)
Device used to ensure adequate water is supplied to the boiler
and in the event of inadequate water levels, will ensure the boiler
will shut down.
33. Power switch
Turns 120 VAC ON/OFF to the boiler.
34. Pump relay boards
The pump relay boards are used to connect the boiler, system
and Hot Water Generator (HW) pumps.
35. Relief valve
Protects the heat exchangers from an over pressure condition.
The relief valve will be set at 50 PSI.
36. Reset switch
Reset switch for the low water cutoff. Hold for 10 seconds to
reset.
37. Stainless steel heat exchangers
Allows system water to flow through specially designed coils for
maximum heat transfer, while providing protection against flue
gas corrosion. The coils are encased in a jacket that contains the
combustion process.
38. Temperature and pressure gauge
Monitors the outlet temperature of the boiler as well as the
system water pressure.
39. Test switch
Test switch for the low water cutoff. Hold for 10 seconds to
test.
40. Top panel
Removable panel to gain access to the internal components.
41. Venturis
The venturis control air and gas flow into the burners.
42. Water inlets
Two 2" NPT water connections that return water from the
system to the heat exchangers.
43. Water outlets
A 3" NPT water connection that supplies hot water to the
system.
44. O-temp switch (located underneath access cover)
An electrical switch designed to shut down boiler operation in
the event the outer back of the heat exchanger, directly above the
flue connection does not exceed 604°F (318°C). This is a one time
switch and could warrant a heat exchanger replacement. Check
the integrity of the rear refractory at the back of the upper coil if
the switch opens.
45. Burner door temperature switch
An electrical switch designed to shut down boiler operation
in the event the combustion chamber access cover exceeds
500°F (260°C). This switch may only be reset by a qualified
boiler service technician AFTER the underlying cause has been
identified and corrected. Check the integrity of the front
refractory on the inside of the combustion chamber access
cover if the switch opens.

Installation & Operation Manual
22
43
8
9
7
33
37
IMG00970
2
22
4
1.0 Model Only
32
45
39
36
41
24
20
25
Left Side (inside unit)
6
23
5
26
14
24
15
IMG00971
45
29
Right Side (inside unit)
The SYNC - How it works... (continued)
5
Models 1.0 - 1.3 - 1.5
40
13
1
Front View Rear View

6
Installation & Operation Manual
Ratings
SYNC
AHRI Rating
Model Number
Note: Change “N” to
“L” for L.P. gas models.
Input
MBH
(Note 4)
Min Max
Gross
Output
MBH
(Note 1)
Net
AHRI
Ratings
Water,
MBH
(Note 2)
SBN1000 100 1000 941 818
SBN1300 130 1300 1237 1076
SBN1500 150 1500 1444 1256
Other Specifications
Appliance
Water
Content
Gallons
Outlet
Water Inlet Water Gas Connections
Air
Size
Vent
Size
(Note 3)
8.4 3" (2) - 2" 1½" 6" 6"
10.0 3" (2) - 2" 1½" 6" 6"
11.4 3" (2) - 2" 1½" 6" 6"
Maximum allowed working pressure is located on the rating plate.
NOTICE
Notes:
1. The ratings are based on standard test procedures
prescribed by the United States Department of Energy.
2. Net AHRI ratings are based on net installed radiation of
sufficient quantity for the requirements of the building
and nothing need be added for normal piping and pickup.
Ratings are based on a piping and pickup allowance of
1.15.
3. SYNC boilers require special gas venting. Use only
the vent materials and methods specified in the SYNC
Installation and Operation Manual.
4. Standard SYNC boilers are equipped to operate from sea
level to 4,500 feet only with no adjustments. The boiler
will de-rate by 4% for each 1,000 feet above sea level up
to 4,500 feet.
5. High altitude SYNC boilers are equipped to operate
from 3,000 to 12,000 feet only. The boiler will
de-rate by 2% for each 1,000 feet above sea level.
High altitude models are manufactured with a
different control module for altitude operation, but
the operation given in this manual remains the same as
the standard boilers. A high altitude label (as shown in
FIG. A) is also affixed to the unit.
Derate values are based on proper combustion calibration
and
CO2 ’s adjusted to the recommended levels.
6. Ratings have been confirmed by the Hydronics Section
of AHRI.
UNIT EQUIPPED FOR
3,000 FT. TO 12,000 FT.
HIGH ALTITUDE
Figure A High Altitude Label Location

7
Installation & Operation Manual
Installation must comply with:
• Local, state, provincial, and national codes, laws,
regulations, and ordinances.
• National Fuel Gas Code, ANSI Z223.1 – latest edition.
• Standard for Controls and Safety Devices for Automatically
Fired Boilers, ANSI/ASME CSD-1, when required.
• National Electrical Code.
• For Canada only: B149.1 Installation Code, CSA C22.1
Canadian Electrical Code Part 1 and any local codes.
WARNING This appliance is certified as an indoor
appliance. Do not install the appliance
outdoors or locate where the appliance will
be exposed to freezing temperatures or to
temperatures that exceed 100°F.
Do not install the appliance where the
relative humidity may exceed 93%. Do not
install the appliance where condensation
may form on the inside or outside of the
appliance, or where condensation may fall
onto the appliance.
Failure to install the appliance indoors
could result in severe personal injury,
death, or substantial property damage.
1 Determine boiler location
The SYNC gas manifold and controls
met safe lighting and other performance
criteria when the boiler underwent tests
specified in ANSI Z21.13 – latest edition.
Before locating the boiler, check:
1. Check for nearby connection to:
• System water piping
• Venting connections
• Gas supply piping
• Electrical power
2. Locate the appliance so that if water connections should
leak, water damage will not occur. When such locations
cannot be avoided, it is recommended that a suitable
drain pan, adequately drained, be installed under the
appliance. The pan must not restrict combustion air
flow. Under no circumstances is the manufacturer to be
held responsible for water damage in connection with
this appliance, or any of its components.
3. Check area around the boiler. Remove any combustible
materials, gasoline and other flammable liquids.
Closet and alcove installations
This appliance requires a special venting
system. Use only the vent materials, primer
and cement specified in this manual to
make the vent connections. Failure to
follow this warning could result in fire,
personal injury, or death.
For closet and alcove installations as
shown in FIG.’s 1-1 and 1-2, CPVC or
stainless steel vent material must be used
inside the structure. The ventilating air
openings shown in FIG.’s 1-1 and 1-2 are
required for this arrangement. Failure to
follow this warning could result in fire,
personal injury, or death.
WARNING
NOTICE
WARNING
Failure to keep boiler area clear and free
of combustible materials, gasoline, and
other flammable liquids and vapors can
result in severe personal injury, death, or
substantial property damage.
4. The SYNC must be installed so that gas control system
components are protected from dripping or spraying
water or rain during operation or service.
5. If a new boiler will replace an existing boiler, check for
and correct system problems, such as:
• System leaks causing oxygen corrosion or heat exchanger
cracks from hard water deposits.
• Incorrectly-sized expansion tank.
• Lack of freeze protection in boiler water causing system
and boiler to freeze and leak.
6. Check around the boiler for any potential air
contaminants that could risk corrosion to the boiler or
the boiler combustion air supply (see Table 1A on page
10). Prevent combustion air contamination. Remove
any of these contaminants from the boiler area.
Provide clearances:
Clearances from combustible materials
1. Hot water pipes – at least 1/4" (6 mm) from combustible
materials.
2. Vent pipe – at least 1" (25 mm) from combustible
materials.
3. See FIG.’s 1-1 and 1-2 on page 8 for other clearance
minimums.
Clearances for service access
1. See FIG.’s 1-1 and 1-2 on page 8 for recommended
service clearances. If you do not provide the minimum
clearances shown, it may not be possible to service the
boiler without removing it from the space.
WARNING
A closet is any room the boiler is installed in which is less than
778 cubic feet for SB1000 models, 847 cubic feet for SB1300
models, and 914 cubic feet for SB1500 models.
An alcove is any room which meets the criteria for a closet
with the exception that it does not have a door.
Example: Room dimensions = 9 feet long, 9 feet wide, and
9 foot ceiling = 9 x 9 x 9 = 729 cubic feet. This would be
considered a closet for a SYNC Boiler.
DO NOT install units in rooms or
environments that contain corrosive
contaminants (see Table 1A on page 10).
Failure to comply could result in severe
personal injury, death, or substantial
property damage.
WARNING

Installation & Operation Manual
8
6" (152.40 MM)
FRONT
24" (610 MM)
REAR
0"
LEFT
OPEN FRONT
13" (330 MM)
TOP
0"
RIGHT
1/4” (6 MM) MINIMUM CLEARANCE
A
ROUND HOT WATER PIPES
1” (25 MM) MINIMUM CLEARANCE
A
ROUND VENT PIPES
Figure 1-2 Alcove Installation - Minimum Required Clearances
6" (152 MM)
FRONT
4" (330 MM)
TOP
0"
LEFT
0"
RIGHT
24" (610 MM)
REAR
6" (152 MM)
VENTILATING*
AIR OPENING
VENTILATING*
AIR OPENING
CLOSED DOOR
*AREA OF EACH OPENING:
1 SQ. INCH PER 1000 BTU PER HOUR INPUT
WITH A MINIMUM OF 100 SQ. INCHES
1/4” (6 MM) MINIMUM CLEARANCE
A
ROUND HOT WATER PIPES
1” (25 MM) MINIMUM CLEARANCE
A
ROUND VENT PIPES
Figure 1-1 Closet Installation - Minimum Required Clearances
WARNING
RECOMMENDED SERVICE
CLEARANCES:
Front - 30" (762 mm)
Top - 24" (610 mm)
Left Side - 24" (610 mm)
Rear - 24" (610 mm)
1 Determine boiler location
RECOMMENDED SERVICE
CLEARANCES:
Front - 30" (762 mm)
Top - 24" (610 mm)
Left Side - 24" (610 mm)
Rear - 24" (610 mm)
WARNING
For closet installations, CPVC,
polypropylene or stainless steel
vent material MUST BE used in
a closet structure due to elevated
temperatures. Failure to follow
this warning could result in fire,
personal injury, or death.
For alcove installations, CPVC,
polypropylene or stainless steel
vent material MUST BE used
in an alcove structure due to
elevated temperatures. Failure to
follow this warning could result
in fire, personal injury, or death.

Installation & Operation Manual
9
1 Determine boiler location (continued)
Provide air openings to room:
The SYNC alone in boiler room
1. No air ventilation openings into the boiler room are
needed when clearances around the SYNC are at least
equal to the SERVICE clearances shown in FIG.’s 1-1
and 1-2. For spaces that do NOT supply this clearance,
provide two openings as shown in FIG. 1-1. Each
opening must provide one square inch free area per 1,000
Btu/hr of boiler input.
2. Combustion air openings are required when using the
Room Air Option on page 18 of this manual.
The SYNC in same space with other gas or oil-fired
appliances
1. Follow the National Fuel Gas Code (U.S.) or CSA B149.1
(Canada) to size/verify size of the combustion/ventilation
air openings into the space.
The space must be provided with
combustion/ventilation air openings
correctly sized for all other appliances
located in the same space as the SYNC.
Do not install the boiler in an attic.
Failure to comply with the above warnings
could result in severe personal injury,
death, or substantial property damage.
2. Size openings only on the basis of the other appliances in
the space. No additional air opening free area is needed
for the SYNC because it takes its combustion air from
outside (direct vent installation).
Do not install the boiler on carpeting even
if foundation is used. Fire can result,
causing severe personal injury, death, or
substantial property damage.
If flooding is possible, elevate the boiler sufficiently to prevent
water from reaching the boiler.
Flooring and foundation
Flooring
The SYNC is approved for installation on combustible
flooring, but must never be installed on carpeting.
Vent and air piping
The SYNC requires a special vent system, designed for
pressurized venting.
The boiler is to be used for either direct vent installation or
for installation using indoor combustion air. When room air
is considered, see Section 4, Vertical Direct Venting. Note
prevention of combustion air contamination below when
considering vent/air termination.
Vent and air must terminate near one another and may be
vented vertically through the roof or out a side wall, unless
otherwise specified. You may use any of the vent/air piping
methods covered in this manual. Do not attempt to install
the SYNC using any other means.
Be sure to locate the boiler such that the vent and air piping
can be routed through the building and properly terminated.
The vent/air piping lengths, routing and termination method
must all comply with the methods and limits given in this
manual.
Prevent combustion air contamination
Install air inlet piping for the SYNC as described in this
manual. Do not terminate vent/air in locations that can allow
contamination of combustion air. Refer to Table 1A, page
10 for products and areas which may cause contaminated
combustion air.
Ensure that the combustion air will not
contain any of the contaminants in Table
1A, page 10. Contaminated combustion
air will damage the boiler, resulting in
possible severe personal injury, death
or substantial property damage. Do not
pipe combustion air near a swimming
pool, for example. Also, avoid areas
subject to exhaust fumes from laundry
facilities. These areas will always contain
contaminants.
WARNING
WARNING
WARNING

Installation & Operation Manual
10
Products to avoid:
Spray cans containing chloro/fluorocarbons
Permanent wave solutions
Chlorinated waxes/cleaners
Chlorine-based swimming pool chemicals
Calcium chloride used for thawing
Sodium chloride used for water softening
Refrigerant leaks
Paint or varnish removers
Hydrochloric acid/muriatic acid
Cements and glues
Antistatic fabric softeners used in clothes dryers
Chlorine-type bleaches, detergents, and cleaning solvents
found in household laundry rooms
Adhesives used to fasten building products and other similar
products
Areas likely to have contaminants
Dry cleaning/laundry areas and establishments
Swimming pools
Metal fabrication plants
Beauty shops
Refrigeration repair shops
Photo processing plants
Auto body shops
Plastic manufacturing plants
Furniture refinishing areas and establishments
New building construction
Remodeling areas
Garages with workshops
Table 1A Corrosive Contaminants and Sources
1 Determine boiler location
Failure to follow all instructions can result
in flue gas spillage and carbon monoxide
emissions, causing severe personal injury
or death.
WARNING
When using an existing vent system to
install a new boiler:
WARNING If any of these conditions are not met,
the existing system must be updated or
replaced for that concern. Failure to
follow all instructions can result in flue gas
spillage and carbon monoxide emissions,
causing severe personal injury or death.
Check the following venting components before installing:
• Material - For materials listed for use with this appliance,
see Section 2 - General Venting. For polypropylene or
stainless steel venting, an adapter of the same
manufacturer must be used at the flue collar connection.
• Size - To ensure proper pipe size is in place, see Table 2A.
Check to see that this size is used throughout the vent
system.
• Manufacturer - For a stainless steel or polypropylene
application, you must use only the listed manufacturers
and their type product listed in Tables 2D and 2F for CAT
IV positive pressure venting with flue producing
condensate.
• Supports - Non-combustible supports must be in place
allowing a minimum 1/4" rise per foot. The supports
should adequately prevent sagging and vertical slippage,
by distributing the vent system weight. For additional
information, consult the vent manufacturer’s
instructions for installation.
• Terminations - Carefully review Sections 2 through 4 to
ensure requirements for the location of the vent and air
terminations are met and orientation of these fit the
appropriate image from the Sidewall or Vertical
options listed in the General Venting Section. For
stainless steel vent, only use terminations listed in Table
2F for the manufacturer of the installed vent.
• Seal - With prior requirements met, the system should be
tested to the procedure listed in parts (c) through (f) of
the Removal of an Existing Boiler Section on page 11.
With polypropylene and stainless steel vent, seal and connect
all pipe and components as specified by the vent manufacturer
used; with PVC/CPVC vent, see the Installing Vent or Air
Piping Section on page 19.

Installation & Operation Manual
1 Determine boiler location (continued)
11
When removing a boiler from existing
common vent system:
Do not install the SYNC into a common
vent with any other appliance. This
will cause flue gas spillage or appliance
malfunction, resulting in possible severe
personal injury, death, or substantial
property damage.
Failure to follow all instructions can result
in flue gas spillage and carbon monoxide
emissions, causing severe personal injury
or death.
a. Seal any unused openings in the common venting system.
b. Visually inspect the venting system for proper size and
horizontal pitch and determine there is no blockage
or restriction, leakage, corrosion, or other deficiencies,
which could cause an unsafe condition.
c. Test vent system – Insofar as is practical, close all building
doors and windows and all doors between the space
in which the appliances remaining connected to the
common venting system are located and other spaces of
the building. Turn on clothes dryers and any appliance
not connected to the common venting system. Turn on
any exhaust fans, such as range hoods and bathroom
exhausts, so they will operate at maximum speed. Do not
operate a summer exhaust fan. Close fireplace dampers.
d. Place in operation the appliance being inspected. Follow
the lighting instructions. Adjust thermostat so appliance
will operate continuously.
e. Test for spillage at the draft hood relief opening after 5
minutes of main burner operation. Use the flame of a
match or candle, or smoke from a cigarette, cigar, or pipe.
f. After it has been determined that each appliance
remaining connected to the common venting system
properly vents when tested as outlined herein, return
doors, windows, exhaust fans, fireplace dampers, and any
other gas-burning appliance to their previous conditions
of use.
g. Any improper operation of the common venting system
should be corrected so the installation conforms with the
National Fuel Gas Code, ANSI Z223.1/NFPA 54 and/or
CAN/CSA B149.1, Natural Gas and Propane Installation
Code. When resizing any portion of the common venting
system, the common venting system should be resized
to approach the minimum size as determined using the
appropriate tables in Part 11 of the National Fuel Gas
Code, ANSI Z223.1/NFPA and/or CAN/CSA B149.1,
Natural Gas and Propane Installation Code.
DANGER
WARNING
Remove boiler from wood pallet
1. After removing the outer shipping carton from the boiler,
remove the parts package (packaged parts inside the jacket
of the boiler).
2. To remove the boiler from the pallet:
a. Remove the front door of the boiler.
b. Remove the two lag bolts from the wood pallet
inside the boiler (FIG. 1-3).
c. Detach the boiler from the lag bolts in the rear of
the unit, see FIG. 1-3.
Do not drop the boiler or bump the jacket
on the floor or pallet. Damage to the boiler
can result.
LAG BOLTS
(QTY. 3)
FRON
T
LAG BOLTS
(QTY. 3)
REAR
Figure 1-3 Boiler Mounted on Shipping Pallet
NOTICE
At the time of removal of an existing boiler, the following steps
shall be followed with each appliance remaining connected
to the common venting system placed in operation, while
the other appliances remaining connected to the common
venting system are not in operation.
Maintain minimum specified clearances for adequate operation.
All installations must allow sufficient space for servicing the
vent connections, water pipe connections, piping and other
auxiliary equipment, as well as the appliance. The clearance
labels on each appliance note the same service and combustible
clearance requirements as shown in this manual.
Multiple appliances may be installed in a modular boiler
installation. Multiple appliances may be installed side by side
with no clearance between adjacent appliances because this
appliance is approved for zero clearance from combustible
surfaces and no service access is required from the sides.
Consult the Venting section of this manual for specific
installation instructions for the appropriate type of venting
system that you will be using.

1 Determine boiler location
12
Installation & Operation Manual
Combustion and ventilation air
requirements for appliances drawing air
from the equipment room
Provisions for combustion and ventilation air must be in
accordance with Air for Combustion and Ventilation, of
the latest edition of the National Fuel Gas Code, ANSI
Z223.1, in Canada, the latest edition of CGA Standard B149
Installation Code for Gas Burning Appliances and Equipment,
or applicable provisions of the local building codes.
The equipment room MUST be provided with properly sized
openings to assure adequate combustion air and proper
ventilation.
Figure 1-4_Combustion Air Direct from Outside
Figure 1-5_Combustion Air Through Ducts
2. If combustion and ventilation air is taken from the
outdoors using a duct to deliver the air to the
equipment room, each of the two openings should be
sized based on a minimum free area of one square inch
per 2000 Btu/hr (11 cm2per kW) of input (see FIG. 1-5).
IF NECESSARY
FOR TIGHT
CONSTRUCTION
Figure 1-6_Combustion Air from Interior Space
1. If air is taken directly from outside the building
with no duct, provide two permanent openings to
the equipment room (see FIG. 1-4):
(a) Combustion air opening, with a minimum free
area of one square inch per 4000 Btu/hr input
(5.5 cm2per kW). This opening must be
located within 12" (30 cm) of the bottom of the
enclosure.
(b) Ventilation air opening, with a minimum free
area of one square inch per 4000 Btu/hr input
(5.5 cm2 per kW). This opening must be
located within 12" (30 cm) of the top of the
enclosure.
3. If air is taken from another interior space, each of the
two openings specified above should have a net free
area of one square inch for each 1000 Btu/hr (22 cm2
per kW) of input, but not less than 100 square inches
(645 cm2) (see FIG. 1-6).

13
Figure 1-7_Combustion Air from Outside - Single
Opening
4. If a single combustion air opening is provided to bring
combustion air in directly from the outdoors, the opening
must be sized based on a minimum free area of one
square inch per 3000 Btu/hr (7 cm2per kW). This
opening must be located within 12" (30 cm) of the top of
the enclosure (see FIG. 1-7).
TABLE - 1B
MINIMUM RECOMMENDED COMBUSTION
AIR SUPPLY TO EQUIPMENT ROOM
Model
Number
FIG. 1-4 FIG. 1-5 FIG. 1-6 FIG. 1-7
*Outside Air from
2 Openings Directly from
Outdoors
*Outside Air from
2 Ducts Delivered from
Outdoors
**Inside Air from
2 Ducts Delivered from
Interior Space
*Outside Air from
1 Opening Directly
from Outdoors, in2
Top
Opening, in2
Bottom
Opening, in2
Top
Opening, in2
Bottom
Opening, in2
Top
Opening, in2
Bottom
Opening, in2
1.0 250
(1613 cm2)
250
(1613 cm2)
500
(3226 cm2)
500
(3226 cm2)
1000
(6452 cm2)
1000
(6452 cm2)
333
(2149 cm2)
1.3 325
(2097 cm2)
325
(2097 cm2)
650
(4194 cm2)
650
(4194 cm2)
1300
(8388 cm2)
1300
(8388 cm2)
433
(2794 cm2)
1.5 375
(2420 cm2)
375
(2420 cm2)
750
(4839 cm2)
750
(4839 cm2)
1500
(9678 cm2)
1500
(9678 cm2)
500
(3226 cm2)
All dimensions based on net free area in square inches. Metal
louvers or screens reduce the free area of a combustion air
opening a minimum of approximately 25%. Check with
louver manufacturers for exact net free area of louvers.
CAUTION Under no circumstances should the
equipment room ever be under negative
pressure. Particular care should be taken
where exhaust fans, attic fans, clothes dryers,
compressors, air handling units, etc., may
take away air from the unit.
The result is improper combustion and a non-warrantable,
premature appliance failure.
EXHAUST FANS: Any fan or equipment which exhausts air
from the equipment room may deplete the combustion air
supply and/or cause a downdraft in the venting system. Spillage
of flue products from the venting system into an occupied
living space can cause a very hazardous condition that must be
corrected immediately.
The combustion air supply must be completely free of any
flammable vapors that may ignite or chemical fumes which may
be corrosive to the appliance. Common corrosive chemical
fumes which must be avoided are fluorocarbons and other
halogenated compounds, most commonly present as refrigerants
or solvents, such as Freon, trichlorethylene, perchlorethylene,
chlorine, etc. These chemicals, when burned, form acids which
quickly attack the stainless steel heat exchanger, headers, flue
collectors, and the vent system.
Combustion air requirements are based on the latest edition
of the National Fuel Gas Code, ANSI Z223.1; in Canada refer
to the latest edition of CGA Standard CAN B149.1. Check all
local code requirements for combustion air.
1 Determine boiler location (continued)
Installation & Operation Manual
*Outside air openings shall directly communicate with the outdoors. When combustion air is drawn from the outside through a
duct, the net free area of each of the two openings must have twice (2 times) the free area required for Outside Air/2 Openings.
The above requirements are for the appliance only; additional gas fired appliances in the equipment room will require an increase
in the net free area to supply adequate combustion air for all appliances.
**Combined interior space must be 50 cubic feet per 1,000 Btu/hr input. Buildings MUST NOT be of *“Tight Construction”. For
buildings of *“Tight Construction”, provide air openings into the building from outside.
*No combustion air openings are needed when the appliance is installed in a space with a volume NO LESS than 50 cubic feet per
1,000 Btu/hr of all installed gas fired appliances. Buildings MUST NOT be of *“Tight Construction”.
*”Tight Construction” is defined as a building with less than 0.40 ACH (air changes per hour).
Where two openings are provided, one must be within 12"
(30cm) of the ceiling and one must be within 12" (30cm) of the
floor of the equipment room. Each opening must have net free
area as specified in the chart below (Table 1B). Single openings
shall commence within 12" (30cm) of the ceiling.

14
Installation & Operation Manual
Figure 2-1 Two Pipe Sidewall Termination -
See page 22 for more details
Direct venting options - Sidewall Vent
2 General venting
Direct venting options - Vertical Vent
Figure 2-3 Vertical Vent, Sidewall Air
Figure 2- 2 Two Pipe Vertical Termination -
See page 26 for more details

15
Installation & Operation Manual
2 General venting (continued)
This appliance requires a special venting
system. Use only approved stainless steel,
PVC, CPVC or polypropylene pipe and
fittings listed in Tables 2C, 2D, and 2F for
vent pipe, and fittings. Failure to comply
could result in severe personal injury,
death, or substantial property damage.
Installation must comply with local
requirements and with the National
Fuel Gas Code, ANSI Z223.1 for U.S.
installations or CSA B149.1 for Canadian
installations.
Install vent and combustion air piping
DANGER The SYNC boiler must be vented and
supplied with combustion and ventilation
air as described in this section. Ensure the
vent and air piping and the combustion
air supply comply with these instructions
regarding vent system, air system, and
combustion air quality. See also Section 1
of this manual.
Inspect finished vent and air piping
thoroughly to ensure all are airtight and
comply with the instructions provided and
with all requirements of applicable codes.
Failure to provide a properly installed vent
and air system will cause severe personal
injury or death.
WARNING
NOTICE
WARNING For closet and alcove installations, CPVC,
polypropylene or stainless steel material
MUST BE used in a closet/alcove structure.
Failure to follow this warning could result
in fire, personal injury, or death.
Air intake/vent connections
1. Combustion Air Intake Connector (FIG. 2-4) - Used to
provide combustion air directly to the unit from outdoors. A
fitting is provided on the unit for final connection.
Combustion air piping must be supported per guidelines
listed in the National Mechanical Code, Section 305, Table
305.4 or as local codes dictate.
2. Vent Connector (FIG.'s 2-5 thru 2-8) - Used to provide a
passageway for conveying combustion gases to the
outside. A transition fitting is provided on the unit for
final connection. Vent piping must be supported per the
National Building Code, Section 305, Table 305.4 or as
local codes dictate.
The SYNC boiler vent and air piping can be installed through
the roof or through a sidewall. Follow the procedures in this
manual for the method chosen. Refer to the information in
this manual to determine acceptable vent and air piping length.
You may use any of the vent/air piping methods covered in this
manual. Do not attempt to install the SYNC boiler using any
other means.
You must also install air piping from outside to the boiler
air intake adapter unless following the Optional Room Air
instructions on page 18 of this manual. The resultant installation
is direct vent (sealed combustion).
WARNING DO NOT mix components from different
systems. The vent system could fail,
causing leakage of flue products into the
living space. Mixing of venting materials
will void the warranty and certification of
the appliance.
WARNING Do not connect any other appliance to
the vent pipe or multiple boilers to a
common vent pipe. Failure to comply
could result in severe personal injury,
death, or substantial property damage.
Improper installation of venting systems
may result in injury or death.
CAUTION
Follow the instructions in Section 1, page
11 of this manual when removing a boiler
from an existing vent system.
NOTICE
Figure 2-4 Near Boiler Air Piping

16
Installation & Operation Manual
2 General venting
Requirements for installation in
Canada
1. Installations must be made with a vent pipe system
certified to ULC-S636.
2. The first three (3) feet of plastic vent pipe from the
applianceflue outletmustbereadily accessibleforvisual
inspection.
3. Thecomponentsofthecertifiedvent systemmustnotbe
interchanged with other vent systems or unlisted
pipe/fittings.
Sizing
The SYNC boiler uses model specific combustion air
intake and vent piping sizes as detailed in Table 2A
below.
When determining equivalent combustion air and vent
length, add 5 feet for each 90° elbow and 3 feet for each
45° elbow.
EXAMPLE: 20 feet of PVC pipe + (4) 90° elbows + (2)
45° elbows + (1) concentric vent kit (CVK3003) = 49
equivalent feet of piping.
Table 2A Air Intake/Vent Piping Sizes
Increasing or decreasing combustion air or vent piping sizes is not authorized.
NOTICE
Model Air Intake
Diameter Air Intake Min. Length Air Intake Max. Length Vent Diameter Vent Min. Length Vent Max. Length
Input
De-Rate per
25 feet of Vent
SB 1000 6" 12' 100' 6" 12' 100' 1.25%
SB 1300 6" 12' 50' 6" 12' 50' 2.90%
SB 1300 7" 12' 100' 7" 12' 100' 0.95%
SB 1500 6" 12' 50' 6" 12' 50' 3.30%
SB 1500 7" 12' 100' 7" 12' 100' 1.65%
Note: When using a 7" vent or air pipe, a field supplied increaser is required.

17
2 General venting (continued)
Installation & Operation Manual
Materials
Air inlet pipe materials:
The air inlet pipe(s) must be sealed. Choose acceptable
combustion air inlet pipe materials from the following list:
PVC, CPVC, Polypropylene or ABS
Dryer Vent or Sealed Flexible Duct (not recommended
for rooftop air inlet)
Galvanized steel vent pipe with joints and seams sealed as
specified in this section.
Type “B” double-wall vent with joints and seams sealed as
specified in this section.
AL29-4C, stainless steel material to be sealed to
specification of its manufacturer.
*Plastic pipe may require an adapter (not provided) to
transition between the air inlet connection on the appliance
and the plastic air inlet pipe.
WARNING Using air intake materials other than
those specified can result in personal
injury, death or property damage.
NOTICE The use of double-wall vent or insulated
material for the combustion air inlet pipe is
recommended in cold climates to prevent
the condensation of airborne moisture in
the incoming combustion air.
Sealing of Type “B” double-wall vent material or galvanized
vent pipe material used for air inlet piping on a sidewall or
vertical rooftop Combustion Air Supply System:
a. Seal all joints and seams of the air inlet pipe using either
Aluminum Foil Duct Tape meeting UL Standard 723 or
181A-P or a high quality UL Listed silicone sealant such as
those manufactured by Dow Corning or General Electric.
b. Do not install seams of vent pipe on the bottom of
horizontal runs.
c. Secure all joints with a minimum of three (3) sheet metal
screws or pop rivets. Apply Aluminum Foil Duct Tape or
silicone sealant to all screws or rivets installed in the vent
pipe.
d. Ensure that the air inlet pipes are properly supported.
The PVC, CPVC, or ABS air inlet pipe should be cleaned and
sealed with the pipe manufacturer’s recommended solvents
and standard commercial pipe cement for the material used.
The PVC, CPVC, ABS, Dryer Vent or Flex Duct air inlet pipe
should use a silicone sealant to ensure a proper seal at the
appliance connection and the air inlet cap connection. Dryer
vent or flex duct should use a screw type clamp to seal the vent
to the appliance air inlet and the air inlet cap. Proper sealing
of the air inlet pipe ensures that combustion air will be free of
contaminants and supplied in proper volume.
When a sidewall or vertical rooftop combustion air supply
system is disconnected for any reason, the air inlet pipe must
be resealed to ensure that combustion air will be free of
contaminants and supplied in proper volume.
DANGER Failure to properly seal all joints and seams
as required in the air inlet piping may
result in flue gas recirculation, spillage
of flue products and carbon monoxide
emissions causing severe personal injury
or death.

18
Model Vent
Diameter
Vent
Min.
Length
Vent
Max.
Length
Input
De-Rate per
25 feet of
Vent
SB 1000 6" 12' 100' 0.63%
SB 1300 6" 12' 50' 1.45%
SB 1300 7" 12' 50' - 100' 1.45%
SB 1500 6" 12' 50' 1.65%
SB 1500 7" 12' 50' - 100' 1.65%
Table 2B Room Air Minimum / Maximum Allowable Air /
Vent Lengths
Installation & Operation Manual
2 General venting
Air contamination
Pool and laundry products and common household and hobby
products often contain fluorine or chlorine compounds. When
these chemicals pass through the boiler, they can form strong
acids. The acid can eat through the boiler wall, causing serious
damage and presenting a possible threat of flue gas spillage or
boiler water leakage into the building.
Please read the information given in Table 1A, page 10,
listing contaminants and areas likely to contain them. If
contaminating chemicals will be present near the location of the
boiler combustion air inlet, have your installer pipe the boiler
combustion air and vent to another location, per this manual.
If the boiler combustion air inlet is located in
a laundry room or pool facility, for example,
these areas will always contain hazardous
contaminants.
To prevent the potential of severe personal
injury or death, check for areas and products
listed in Table 1A, page 10 before installing
the boiler or air inlet piping.
If contaminants are found, you MUST:
• Remove contaminants permanently.
—OR—
• Relocate air inlet and vent terminations
to other areas.
WARNING
WARNING
Optional room air
WARNING When utilizing the single pipe method,
provisions for combustion and ventilation
air must be in accordance with Air for
Combustion and Ventilation, of the latest
edition of the National Fuel Gas Code,
ANSI Z223.1, in Canada, the latest edition
of CGA Standard B149 Installation
Code for Gas Burning Appliances and
Equipment, or applicable provisions of
the local building codes.
Applications utilizing the SYNC boiler may be installed with
a single pipe carrying the flue products to the outside while
using combustion air from the equipment room. In order to
use the room air venting option the following conditions and
considerations must be followed.
• The unit MUST be installed with the appropriate
room air inlet cover (factory installed).
• The equipment room MUST be provided with
properly sized openings to assure adequate
combustion air. Please refer to instructions provided
with the room air kit.
• There will be a noticeable increase in the noise level
during normal operation from the inlet air opening.
• Using the room air configuration makes the unit
vulnerable to combustion air contamination from
within the building. Please review Section 1,
Prevent Combustion Air Contamination, to ensure
proper installation.
• Vent system and terminations must comply with the
standard venting instructions set forth in this
manual.
NOTICE FOR DIRECT VENT SYSTEMS
REMOVE AIR INLET COVER AND
INSTALL RUBBER COUPLING FOR
PVC / CPVC VENT SYSTEMS OR
STAINLESS STEEL ADAPTER FOR
STAINLESS STEEL VENT SYSTEMS
Figure 2-5 Room Air Installation

19
Installation & Operation Manual
2 General venting (continued)
Installing vent and air piping
Use only cleaners, primers, and solvents
that are approved for the materials which
are joined together.
NOTICE
1. Work from the boiler to vent or air termination. Do not
exceed the lengths given in this manual for the air or vent
piping.
2. Cut pipe to the required lengths and deburr the inside
and outside of the pipe ends.
3. Chamfer outside of each pipe end to ensure even
cement distribution when joining.
4. Clean all pipe ends and fittings using a clean dry rag.
(Moisture will retard curing and dirt or grease will
prevent adhesion.)
5. Dry fit vent or air piping to ensure proper fit up before
assembling any joint. The pipe should go a third to
two-thirds into the fitting to ensure proper sealing after
cement is applied.
6. Priming and Cementing:
a. Handle fittings and pipes carefully to prevent
contamination of surfaces.
b. Apply a liberal even coat of primer to the fitting
socket and to the pipe end to approximately 1/2"
beyond the socket depth.
c. Apply a second primer coat to the fitting socket.
d. While primer is still wet, apply an even coat of
approved cement to the pipe equal to the depth of
the fitting socket along with an even coat of
approved cement to the fitting socket.
e. Apply a second coat of cement to the pipe.
f. While the cement is still wet, insert the pipe into
the fitting, if possible twist the pipe a 1/4 turn as
you insert it. NOTE: If voids are present,
sufficient cement was not applied and joint could
be defective.
g. Wipeexcess cementfrom thejointremovingringor
beads as it will needlessly soften the pipe.
PVC/CPVC
Table 2C PVC/CPVC Vent Pipe, and Fittings
All PVC vent pipes must be glued, properly
supported, and the exhaust must be
pitched a minimum of a 1/4 inch per foot
back to the boiler (to allow drainage of
condensate).
NOTICE
WARNING For all installations, the first ten (10)
equivalent feet of vent must be CPVC or
stainless steel (see FIG. 2-6). The field
provided vent fittings must be cemented
to the CPVC pipe section using an “All
Purpose Cement” suitable for PVC and
CPVC pipe. Use only the vent materials,
primer, and cement specified in Table 2C
to make the vent connections. Failure to
follow this warning could result in fire,
personal injury, or death.
WARNING Insulation should not be used on PVC
or CPVC venting materials. The use of
insulation will cause increased vent wall
temperatures, which could result in vent
pipe failure.
Approved PVC/CPVC Vent Pipe and Fittings
Item Material Standard
Vent pipe PVC Schedule 40, 80 ANSI/ASTM D1785 PVC - DWV ANSI/ASTM D2665
CPVC Schedule 40, 80 ANSI/ASTM F441
Vent fittings PVC Schedule 40 ANSI/ASTM D2466 PVC Schedule 80 ANSI/ASTM D2467
CPVC Schedule 80 ANSI/ASTM F439
Pipe Cement /
Primer PVC ANSI/ASTM D2564
CPVC ANSI/ASTM F493
NOTICE: DO NOT USE CELLULAR (FOAM) CORE PIPE
Figure 2-6 Near Boiler PVC/CPVC Venting
This product has been approved for use with the PVC/CPVC
vent materials listed in Table 2C.
NOTE: In Canada, CPVC and PVC vent pipe, fittings and cement/
primer must be ULC-S636 certified.

20
Installation & Operation Manual
2 General venting
The installer must use a specific vent starter
adapter at the flue collar connection,
supplied by the vent manufacturer to
adapt to its vent system. See Table 2E for
approved vent adapters. Discard CPVC
starter piece.
NOTICE Figure 2-7 Near Boiler Polypropylene Venting
Model Centrotherm InnoFlue SW Duravent Polypro
Polypropylene
Adapter Joint Connector Sidewall Retaining Bracket* Sidewall Adapter* Polypropylene Adapter Joint Connector Sidewall Kit*
1000 -1500 ISAAL0606 Not Required IATP0606 ISTAGL0606 FSA-6PVCM-6PPS N/A 6PPS-HLK
* These parts are only needed if the sidewall termination assembly is used (see FIG. 3-4B on page 24).
Table 2E Approved PolypropyleneTerminations
Polypropylene
This product has been approved for use with polypropylene
vent with the manufacturers listed in Table 2D.
All terminations must comply with listed options in this manual
and be a single-wall vent offering.
For use of flex pipe, it is recommended to have the vent material
in 32°F or higher ambient space before bending at installation.
No bends should be made to greater than 45° and ONLY
installed in vertical or near vertical installations.
For support and special connections required, see the
manufacturer's instructions. All vent is to conform to standard
diameter and equivalent length requirements established.
Use only the adapters and vent system listed
in Tables 2E and 2F. DO NOT mix vent
systems of different types or manufacturers.
Failure to comply could result in severe
personal injury, death, or substantial
property damage.
WARNING
Installations must comply with applicable
national, state, and local codes. For
Canadian installation, polypropylene vent
must be listed as a ULC-S636 approved
system.
NOTICE
Installation of a polypropylene vent system
should adhere to the vent manufacturer’s
installation instructions supplied with the
vent system.
NOTICE
Approved Polypropylene Vent Manufacturers
Make Model
Centrotherm Eco Systems InnoFlue SW/Flex
Duravent (M & G Group) PolyPro Single-Wall / PolyPro Flex
Table 2D Polypropylene Vent Pipe and Fittings
WARNING Insulation should not be used on
polypropylene venting materials. The use
of insulation will cause increased vent wall
temperatures, which could result in vent
pipe failure.