FIGURE 35
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
FURNACE COOLING AIRFLOW RATES, GPE-05, GPE-07(-)A, GLE-05 & GLE-07(-)A (1200 CFM Max) motor settings
(applies only to systems configured with non-communicating condenser).
SW1, Pos. 2 SW1, Pos. 1
Y2 Single
stage
Y1 Low 2
stage
Y1+Y2 High 2
stage
Notes
Low Airflow = approx. 50% of
High-Stage Cooling (Could be
used with condensers with two
compressors.)
HIGH SEER (16+) Premium
Cooling airflow (SW2, Position 4 is
OFF)
SW2, Pos. 4
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 Airflow = approx. 50% of
High-Stage (Could be
used with condensers with two
compressors.)
HIGH SEER (16+) Premium
Cooling airflow (SW2, Position 4 is
OFF)
SW2, Pos. 4
FURNACE COOLING AIRFLOW RATES, GPE-10, GPE-12, GLE-10 & GLE-12 (2000 CFM Max) motor settings
(applies only to systems configured with non-communicating condenser).
SW1, Pos. 2 SW1, Pos. 1
Y2 Single
stage
Y1 Low 2
stage
Y1+Y2 High 2
stage
Notes
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
FURNACE COOLING AIRFLOW RATES, GPE-05, GPE-07(-)A, GLE-05 & GLE-07(-)A (1200 CFM Max) motor settings
(applies only to systems configured with non-communicating condenser).
SW1, Pos. 2 SW1, Pos. 1
Y2 Single
stage
Y1 Low 2
stage
Y1+Y2 High 2
stage
Notes
Low Airflow = approx. 50% of
High-Stage Cooling (Could be
used with condensers with two
compressors.)
HIGH SEER (16+) Premium
Cooling airflow (SW2, Position 4 is
OFF)
SW2, Pos. 4
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 Airflow = approx. 50% of
High-Stage (Could be
used with condensers with two
compressors.)
HIGH SEER (16+) Premium
Cooling airflow (SW2, Position 4 is
OFF)
SW2, Pos. 4
FURNACE COOLING AIRFLOW RATES, GPE-10, GPE-12, GLE-10 & GLE-12 (2000 CFM Max) motor settings
(applies only to systems configured with non-communicating condenser).
SW1, Pos. 2 SW1, Pos. 1
Y2 Single
stage
Y1 Low 2
stage
Y1+Y2 High 2
stage
Notes
SW2, Pos. 4 SW1, Pos. 2 SW1, Pos. 1
Y2 Single
Stage
Y1 Low 2
Stage
Y1+Y2 High 2
Stage
ON
OFF
OFF
1600 CFM
800 CFM
1600 CFM
4 Ton A/C
ON
OFF
ON
1400 CFM
700 CFM
1400 CFM
3.5 Ton A/C
ON
ON
OFF
1200 CFM
600 CFM
1200 CFM
3 Ton A/C
ON
ON
ON
1000 CFM
500 CFM
1000 CFM
2.5 Ton A/C
OFF
OFF
OFF
1600 CFM
1200 CFM
1600 CFM
4 Ton A/C
OFF
OFF
ON
1400 CFM
1050 CFM
1400 CFM
3.5 Ton A/C
OFF
ON
OFF
1200 CFM
900 CFM
1200 CFM
3 Ton A/C
OFF
ON
ON
1000 CFM
750 CFM
1000 CFM
2.5 Ton A/C
FURNACE COOLING AIRFLOW RATES, GPE-07(-)B & GLE-07(-)B (1600 CFM MAX) motor settings
Notes
Low Airflow = approx. 50% of High-Stage
(Could be used with condensers with two
compressors).
HIGH SEER (16+) Premium Cooling
airflow (SW2, Position 4 is OFF)
(applies only to systems configured with non-communicating condenser)
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”
1
⁄
2
HP MOTORS = Approx. 600 CFM
3
⁄
4
HP MOTORS = Approx. 800 CFM
1 HP MOTORS = Approx. 1000 CFM
“ON”
1
⁄
2
HP MOTORS = Approx. 1200 CFM
3
⁄
4
HP MOTORS = Approx. 1600 CFM
1 HP MOTORS = Approx. 2000 CFM
SW1-3 TIMED HEAT STAGING – This
switch permits the user to select
between no timed staging (i.e. a two
stage thermostat is connected) or timed
staging with a single-stage thermostat.
With the selection “ON,” the furnace will
stage up to 100% heat after 12 minutes
with a heat call on W1 only. This means
that a 1-stage thermostat can be used
to simulate 2-stage heating operation.
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 = “ON”, SW1-6 = “ON” –
No adjustment.
45
Summary of Contents for RGLE series
Page 58: ...TABLE 17 NORMAL OPERATION CODES 58...
Page 66: ...TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED 66...
Page 67: ...TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED 67...
Page 68: ...TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED 68...
Page 69: ...69 TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED...
Page 70: ...TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED 70...
Page 71: ...TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED 71...
Page 72: ...TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED 72...
Page 75: ...TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED 75...
Page 76: ...TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED 76...
Page 77: ...TABLE 20 FURNACE FAULT CODES EXPANDED W DESCRIPTIONS AND SOLUTIONS CONTINUED 77...
Page 79: ...FIGURE 46 WIRE DIAGRAM 79...
Page 95: ...95...
Page 96: ...96 CM 0810...