32
B. Not less than the sum of the areas of all vent connectors
in the confined space.
If the unit is installed where there is an exhaust fan, sufficient
ventilation must be provided to prevent the exhaust fan from
creating negative pressure.
Combustion air openings must not be restricted in any manner.
Figure 14
shows allowable inlet air configurations for fur-
naces installed with non-direct vent.
IMPORTANT:
When indoor combustion air is used, the
inlet air opening at the furnace must be protected from
accidental blockage (see
Figure 14
).
NON-DIRECT VENTING
TERMINATIONS
These furnaces are design-certified to use a single vent
pipe where all combustion air is taken from indoors and
can be vented vertically only (no horizontal non-direct
venting is permitted).
VERTICAL TERMINATION
Figure 15
shows a standard non-direct vertical vent ter-
mination with clearances.
NON-DIRECT VENT (cont.)
GENERAL VENTING REqUIREMENTS AND
GUIDELINES
ST-A1194-19
FIG B
!
WARNING
DO NOT USE VENT TERMINATIONS WHICH ARE
NOT SPECIFIED IN THESE INSTRUCTIONS. USING
VENT TERMINATIONS OTHER THAN THOSE SPECI-
FIED HERE CAN RESULT IN ERRATIC OPERATION,
EqUIPMENT FAILURE OR PERSONAL INJURy OR
DEATH FROM CARBON MONOxIDE POISONING.
!
CAUTION
ALL VENTS INSTALLED THROUGH UNCONDI-
TIONED SPACE WHERE BELOW-FREEzING TEM-
PERATURES ARE ExPECTED SHOULD BE
INSULATED WITH APPROVED INSULATION MATE-
RIAL. MATERIAL SUCH AS ARMAFLEx OR RUBA-
TEx INSULATION MAy ALSO BE USED AS LONG
AS THERE IS NO HEAT TAPE IS APPLIED TO THE
VENT PIPE. FAILURE TO INSULATE THE PIPE
COULD RESULT IN FREEzING OF WATER IN THE
PIPE THEREBy BLOCkING THE PIPE AND PRE-
VENTING FURNACE OPERATION.
Maintain 12” (31cm)
minimum clearance
above highest
anticipated snow level.
For Canadian installa-
tions, terminations must
conform to CSA B149.1-
10, Sect. 8.14.
Ve
nt
in
g
Terminations more
than 24” above roof
penetration require
additional support.
NOTE:
3
(
Ø pipe must
be reduced to 2
(
Ø pipe
before penetrating roof.
FIGURE 15
VENT PENETRATIONS FOR NON-DIRECT VENT FURNACES
Summary of Contents for (-)98VA060M317USA
Page 12: ...Field Conversions FIELD CONVERSIONS 12 ...
Page 13: ...FIELD CONVERSIONS Field Conversions 13 SEE NExT PAGE FOR APPLICABLE CONFIGURATIONS ...
Page 15: ...Field Conversions 15 ...
Page 16: ...Field Conversions ST A1194 68 00 16 ...
Page 17: ...Field Conversions 17 ...
Page 18: ...Field Conversions 18 ...
Page 92: ...92 Diagnostics TABLE 19 R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS ...
Page 93: ...93 TABLE 19 continued R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS Diagnostics ...
Page 94: ...94 Diagnostics TABLE 19 continued R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS ...
Page 95: ...95 TABLE 19 continued R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS Diagnostics ...
Page 96: ...96 Diagnostics TABLE 19 continued R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS ...
Page 97: ...97 TABLE 19 continued R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS Diagnostics ...
Page 98: ...98 Diagnostics TABLE 19 continued R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS ...
Page 99: ...99 TABLE 19 continued R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS Diagnostics ...
Page 100: ...100 Diagnostics TABLE 19 continued R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS ...
Page 101: ...101 TABLE 19 continued R98V FAULT CODES WITH DESCRIPTIONS AND SOLUTIONS Diagnostics ...
Page 105: ...105 FIGURE 67 MODULATING ECM FURNACE WIRING DIAGRAM Troubleshooting ...
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Page 108: ...108 CM 0717 ...