61
2. You want to reduce infiltration into your building
through openings around windows and doors.
3. You are using AL29-4C stainless steel vent pipe,
which is more corrosion-resistant than standard
metallic vent pipe. In extremely contaminated ar-
eas, this may also experience deterioration.
Products causing contaminated combustion air:
• 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
•
chloride-type bleaches, detergents, and cleaning
solvents found in household laundry rooms
• adhesives used to fasten building products
• similar products
Areas where contaminated combustion air commonly
exists:
•
dry cleaning/laundry areas
•
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
•
open pit skimmers
Check for areas and products listed above before in-
stalling boiler. If found:
•
remove products permanently, OR
•
install TruSeal direct vent.
APPENDIX
Inside Air Contamination
Combustion air can be contaminated by certain vapors
in the air which raise the acidity of the condensate.
Higher acidity levels attack many materials including
stainless steel, which is commonly used in high effi-
ciency systems. The boiler can be supplied with corro-
sion-resistant, non-metallic intake air vent material.
You may, however, choose to use outside combustion
air for one or more of these reasons:
1. Installation is in an area containing contaminants
listed below which will induce acidic condensation.
BLOWER/
B
BLO
BLOW
BLOWE
BLOWER
BLOWER/
VENTURI
BLOWER/
VENTURI
BLOWER
B
BLO
BLOW
BLOWE
BLOWER
GASKET
BLOWER
GASKET
SENSOR
SENSOR
AND SCREWS
SENSOR
AND SCREWS
IGNITER
IGNITER
AND SCREWS
IGNITER
AND SCREWS
HEAT EXCHANGER
HE
HEA
HEAT EX
HEAT EXCHANGER
DOOR PLATE
HEAT EXCHANGER
DOOR PL
HEAT EXCHANGER
DOOR PLAT
HEAT EXCHANGER
DOOR PLATE
BURNER GASKET
B
BURNER GASKET
BURNER
B
BURNER
AND SCREWS
BURNER
AND SCREWS
DOOR PLATE
DOOR PL
DOOR PLAT
DOOR PLATE
GASKET
DOOR PLATE
GASKET
REFRACTORY
REFR
REFRAC
REFRACT
REFRACTO
REFRACTOR
REFRACTORY
HEAT
HE
HEAT
EXCHANGER
HEAT
E
HEAT
EXC
HEAT
EXCH
HEAT
EXCHA
HEAT
EXCHAN
HEAT
EXCHANG
HEAT
EXCHANGE
HEAT
EXCHANGER
Fig. 57: Heat Exchanger Components Removal
Содержание 88AR-398A
Страница 18: ...18 Fig 13 MODE 1 Single Boiler Primary Secondary Piping...
Страница 19: ...19 Fig 14 MODE 2 Single Boiler Primary Secondary Piping with Indirect DHW on System Loop...
Страница 20: ...20 Fig 15 MODE 3 Single Boiler Primary Secondary Piping with Indirect DHW on Boiler Loop...
Страница 47: ...47 WIRING DIAGRAM Fig 46 Wiring Diagram...
Страница 54: ...54 Fig 55 Boiler Lighting Shut Off Instructions...
Страница 65: ...65 ILLUSTRATED PARTS LIST...
Страница 66: ...66...
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