Rheem RHPL-HM3621JC - Conventional Thermostat Wiring and Setup

19
B
W2
W1
B
C
G
(-)HPL Air
Handler
Y1
E/W1
Typical Two-Stage Thermostat
(-)PRL
Heat Pump
Outdoor
Unit
Y2
C
R
B
Y2
Field Installed
Line Voltage
-
WIRING INFORMATION
Factory Standard
-
ODD
R
Y1
Y2
G
W2
R
Y1
C
L
D
Y
Y/BL
BL
R
BR
W/R
PR
*
FIGURE 10
TYPICAL 2-STAGE THERMOSTAT: (-)PRL HEAT PUMP WITH
ELECTRIC HEAT
FIGURE 11
TYPICAL TWO-STAGE THERMOSTAT: (-)PRL HEAT PUMP WITH
ELECTRIC HEAT USING A HUMIDISTAT FOR DEHUMIDIFICATION*.
B
W2
W1
B
C
G
(-)HPL Air
Handler
Y1
E/W1
Typical Two-Stage Thermostat
(-)PRL
Heat Pump
Outdoor
Unit
Y2
C
R
B
Y2
Field Installed
Line Voltage
-
WIRING INFORMATION
Factory Standard
-
ODD
R
Y1
Y2
G
W2
R
Y1
C
L
D
Y
Y/BL
BL
R
BR
W/R
PR
Humidistat
*
FIGURE 12
TYPICAL TWO-STAGE THERMOSTAT: (-)PRL HEAT PUMP WITH
ELECTRIC HEAT USING A TWO-STAGE THERMOSTAT WITH
DEHUMIDIFICATION*
B
W2
W1
B
C
G
(-)HPL Air
Handler
Y1
E/W1
Typical Two-Stage Thermostat
(-)PRL
Heat Pump
Outdoor
Unit
Y2
C
R
B
Y2
Field Installed
Line Voltage
-
WIRING INFORMATION
Factory Standard
-
ODD
R
Y1
Y2
G
W2
R
Y1
C
L
D
Y
Y/BL
BL
R
BR
W/R
PR
DHM
*
B
W2
W1
B
C
G
(-)HPL Air
Handler
Y1
E/W1
Typical Two-Stage Thermostat
(-)PRL
Heat Pump
Outdoor
Unit
Y2
C
R
B
Y2
Field Installed
Line Voltage
-
WIRING INFORMATION
Factory Standard
-
ODD
R
Y1
Y2
G
W2
R
Y1
C
L
D
Y
Y/BL
BL
R
BR
W/R
PR
DHM
L
*
FIGURE 13
(-)PRL HEAT PUMP WITH ELECTRIC HEAT USING A TWO-STAGE
THERMOSTAT WITH DEHUMIDIFICATION* AND A MALFUNCTION
LIGHT
WIRE COLOR CODE
BK – BLACK G – GREEN PR – PURPLE Y – YELLOW
BR – BROWN GY – GRAY R – RED
BL – BLUE O – ORANGE W – WHITE
S1
S2
S3
S4
S5
S6
S7
S8
S1
S2
S3
S4
S5
S6
S7
S8
*See Section 5.17 for proper DIP switch selection.
DIP SWITCH POSITIONS
DIP SWITCH POSITIONS
ON
OFF
S1
S2
S3
S4
S5
S6
S7
S8
DIP SWITCH POSITIONS
S1
S2
S3
S4
S5
S6
S7
S8
DIP SWITCH POSITIONS
*See Section 5.17 for proper DIP switch selection.
*See Section 5.17 for proper DIP switch selection.
ON
OFF
ON
OFF
ON
OFF
CONVENTIONAL THERMOSTAT WIRING
* When using
13kW and higher
it is recommitted
to jump W1 and W2
together for
maximum
temperature rise.
* When using
13kW and higher
it is recommitted
to jump W1 and W2
together for
maximum
temperature rise.
* When using
13kW and higher
it is recommitted
to jump W1 and W2
together for
maximum
temperature rise.
* When using
13kW and higher
it is recommitted
to jump W1 and W2
together for
maximum
temperature rise.