67
FIGURE 67
COOLING AIRFLOW SELECTIONS FOR NON-COMMUNICATING CONDENSERS
ON
OFF
OFF 1200 CFM
600 CFM
1200 CFM
3 Ton A/C
ON
OFF ON
1000 CFM
500 CFM
1000 CFM
2.5 Ton
ON ON OFF 800 CFM
400 CFM
800 CFM
2 Ton A/C
ON ON ON
600 CFM
300 CFM
600 CFM
OFF
OFF
OFF 1200 CFM
900 CFM
1200 CFM
3 Ton A/C
OFF
OFF ON
1000 CFM
750 CFM
1000 CFM
2.5 Ton
OFF ON OFF 800 CFM
600 CFM
800 CFM
2 Ton A/C
OFF ON ON
600 CFM
450 CFM
600 CFM
MODULATING FURNACE COOLING AIRFLOW RATES, 1/2 HP (1200 CFM Max) motor settings
(applies only to systems configured with non-communicating condenser).
SW1, Pos. 2 SW1, Pos. 1
YH Single
stage
YL Low 2
stage
YL+YH High 2
stage
Notes
Low Heat Airflow = appro
x. 50%
of
High-Stage Cooling (Could be
used with condensers with two
compressors.)
HIGH SEER (16
+) Premium
Cooling airflow (SW1, Position 6 is
ON)
SW2, Pos. 6
ON
OFF OFF
2000 CFM
1000 CFM
2000 CFM
5 Ton A/C
ON OFF
ON
1600 CFM
800 CFM
1600 CFM
4 Ton A/C
ON
ON OFF
1400 CFM
700 CFM
1400 CFM
3.5 Ton
ON
ON
ON
1200 CFM
600 CFM
1200 CFM
3 Ton
OFF OFF OFF
2000 CFM
1400 CFM
1800 CFM
5 Ton A/C
OFF OFF ON
1600 CFM
1200 CFM
1600 CFM
4 Ton A/C
OFF ON OFF
1275 CFM
1050 CFM
1400 CFM
3.5 Ton
OFF
ON
ON
1200 CFM
900 CFM
1200 CFM
3 Ton
Low Heat Airflow = appro
x. 50%
of
High-Stage Cooling (Could be
used with condensers with two
compressors.)
HIGH SEER (16
+) Premium
Cooling airflow (SW1, Position 6 is
ON)
SW2, Pos. 6
MODULATING FURNACE COOLING AIRFLOW RATES, 1 HP (2000 CFM Max) motor settings
(applies only to systems configured with non-communicating condenser).
SW1, Pos. 2 SW1, Pos. 1
YH Single
stage
YL Low 2
stage
YL+YH High 2
stage
Notes
SW1-4 FAN SPEED SELECT –
This
dipswitch is used to select the continu-
ous fan speed when the furnace is con-
figured with a non-communicating ther-
mostat.
“OFF”
½ HP MOTORS = Approx. 600 CFM
1 HP MOTORS = Approx. 1000 CFM
“ON”
½ HP MOTORS = Approx. 1200 CFM
1 HP MOTORS = Approx. 2000 CFM
SW1-3 HEAT RISE ADJUST –
This dip-
switch is used to select desired temper-
ature rise in the heating mode. The
heat rise will always be closer to the tar-
get if the supply air sensor is properly
installed (see sub-section in this section
titled “SA SENSOR” below).
“OFF” will yield the maximum heat rise.
(Target heat rise is 65°F but this value
may vary slightly between low and high
fire. Temp. rise will always be closer to
the target if the “SA SENSOR” is prop-
erly installed.)
“ON” will increase the airflow to yield the
minimum heat rise. (Target heat rise is
55°F but this value may vary slightly
between low and high fire. Temp. rise
will always be closer to the target if the
“SA SENSOR” is properly installed.)
SW1-5 AND SW1-6 – COOLING
AND HEAT-PUMP AIRFLOW
ADJUSTMENT –
These dipswitches
are used to adjust the cooling and
heat-pump airflow for non-communi-
cating systems slightly based on the
user’s preference.
SW1-5 = “OFF”, SW1-6 = “OFF” –
No adjustment.
SW1-5 = “ON”, SW1-6 = “OFF” –
+10% adjustment.
SW1-5 = “OFF”, SW1-6 = “ON” – -
10% adjustment.
SW1-5 = “OFF”, SW1-6 = “OFF” –
No adjustment.
Содержание RGFE
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Страница 101: ...101 TABLE 21 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED when the inducer is energized at low ...
Страница 102: ...102 TABLE 21 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED ...
Страница 103: ...103 TABLE 21 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED ...
Страница 104: ...104 TABLE 21 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED ...
Страница 105: ...105 TABLE 21 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED ...
Страница 106: ...106 FIGURE 83 WIRING DIAGRAM STEPPER MODULATING GAS VALVE FUEL CODE HA OR HB FURNACE MODEL IS RGFE RGGE ...
Страница 107: ...107 FIGURE 84 WIRING DIAGRAM SOLENOID CONTROLLED GAS VALVE FUEL CODE HG OR HH FURNACE MODEL RGGE RGFE RGJF ...